Loading ...
-
Medical CNC Machining
https://www.mqjmcnc.com/medical-cnc-machining/ />
#cnc #machining #medical #devices
Precision CNC machining services are a service designed to provide customers with highly personalized, specialized CNC manufacturing solutions. Our... moreMedical CNC Machining
https://www.mqjmcnc.com/medical-cnc-machining/ />
#cnc #machining #medical #devices
Precision CNC machining services are a service designed to provide customers with highly personalized, specialized CNC manufacturing solutions. Our advanced equipment covers 3-axis, 4-axis and 5-axis CNC machining equipment, as well as efficient lathes, etc., which allows us to have broader and more flexible production capabilities in customized machining of medical components. By combining multi-axis CNC technology with traditional lathe machining, we are able to manufacture more complex and precise parts to meet the growing demand for highly complex and precision components in the medical industry.
Multi-axis machining: We have 3-axis, 4-axis and 5-axis CNC machining equipment, allowing us to flexibly handle medical parts of various shapes and complexities, ensuring processing accuracy and efficiency.
Customized design and lathe processing: We provide customized design services, combined with efficient lathe processing, to create medical components that meet customers' unique needs.
Professional selection of materials: In terms of material selection, we not only consider the quality standards of the medical industry, but also ensure that the selected materials are suitable for different processing techniques.
Strict Quality Control: We implement strict quality control processes to ensure that each component meets high medical industry quality and safety standards.
Our CNC Machining Capabilities for Medical Parts
Over the past decade, Mingqiang Precision has stood out as a leader in the field of medical device manufacturing, focusing on delivering exceptional precision machined components to numerous medical equipment manufacturers. Employing a range of advanced machining processes such as Swiss CNC machining, micromachining, and multi-axis machining, coupled with our meticulous selection of medical-grade materials, we have the capability to meet and exceed specifications of various kinds.
Mingqiang Precision has consistently been a trusted partner in the manufacturing of medical components. Whether leveraging advanced manufacturing techniques or demonstrating a profound understanding of the requirements of the medical industry, we are poised to offer outstanding support to your projects.
5 Axis CNC Machining
5-axis CNC machining machines play a key role in medical component manufacturing through their multi-axis motion capabilities. This technology excels in medical fields such as surgical instruments, joint replacements, dental tools, and prosthetics. It can flexibly handle complex geometries and ensure high precision requirements. Reduce the number of clamps, improve production efficiency, accurately manufacture micro-components, and ensure the safety and reliability of medical equipment. Our 5-axis CNC machines provide manufacturing solutions for high-quality parts for medical devices.
Swiss CNC Machining
Swiss machining machines use advanced CNC technology to achieve efficient and high-precision production of medical components through multi-tool holder systems and precision guide channels. Its tiny size design is suitable for micro parts, and its high-speed rotating spindle ensures rapid cutting while maintaining accuracy. Automation functions improve intelligent production efficiency and meet the needs of the medical industry for complex and tiny components. When you choose our Swiss machining machines, you choose a high-quality, reliable solution for the production of precision medical parts.
CNC Multi-Axis Machining
Multi-axis machining machines use multi-axis motion to achieve superior production of precision medical parts and accessories with the synergy of X, Y, Z axes and rotational axes. Its flexibility can handle complex geometries, reduce part clamping times, and improve production efficiency. High-precision positioning and cutting ensure excellent quality in the manufacturing of medical parts. Adapt to different materials and sizes to provide diversified solutions for the medical industry. Choose our multi-axis machining process to produce highly precise medical parts, ensuring superior product quality.
Why Machining Medical Parts With MQJM?
By choosing us, you get the support of an experienced manufacturing team and a trusted production process that ensures your medical parts are of the highest level in performance, precision and quality.
ISO Certification Guarantee
We strictly follow ISO certification standards to ensure strict quality control throughout the entire production process and produce medical parts that meet internationally recognized standards. ISO certification provides you with confidence in the quality management system and ensures that you projects are handled professionally and recognisably.
High-Precision Manufacturing
Our advanced 3-axis, 4-axis and 5-axis CNC processing equipment and efficient lathe technology enable us to achieve micron-level high-precision processing. This ensures the accuracy and consistency of medical parts, allowing them to meet the highest requirements for part accuracy in the medical industry.
Multiple Material Selections
We have extensive experience in selecting the most suitable materials for medical parts. Whether it is titanium alloy, stainless steel, aluminum alloy or other special materials, we can provide professional advice to ensure that the selected materials meet the relevant standards and requirements of the medical industry.
Strict Quality Assurance
We implement a comprehensive quality control process, from raw material procurement to final delivery, each production link undergoes multi-level inspection to ensure that each medical part meets high standard quality requirements.
CNC Parts We Build for the Medical Industry
Product Material Machining Process Specific Feature Application
Alignment Screw SS 361 Swiss Screw Machining Burr Free Part for Clean Room Use CT Scanner
Micro-Tip AISI 316 Stainless Steel Micro Turning Micro Wire EDM Instrument Cap
Chamber 17-4 PH Steel Eccentric Turning Honing ID to 8 Micro Finish Pneumatic Drill Core
Impeller PEEK 5-Axis Milling Burr-Free Micro Milling Fluid Flow
Rotor 6061-T6 Aluminum 4-Axis Milling 0.020" Thick Cell Walls Blood Gas Analyzer
Rotor Housing 6061-T6 Aluminum 4-Axis Milling Micro Milling of Housing to Accept Electronics Blood Gas Analyzer
Arc, Support 4140 Steel 4-Axis Milling Drilling and Tapping Holes on the Face of a 48" Radius CT Scanner Rail
Gear Plate 17-4 PH Cond H900 4-Axis Milling Mill to Accept Miniature Gears Laser Eye Keratome
Stator 6061-T6 Aluminum 3-Axis Milling Circle Interpolate Boss with 0.001" Tolerance Blood Gas Analyzer
Gallery Of CNC Machining Medical Parts
Precision machining plays a key role in the medical field, ranging from prototypes and components to maintenance and repair of medical devices. Mingqiang Precision is the first choice for optimal performance with its superior CNC machining services. Need precision CNC machining services for medical projects, contact our experts or get an instant quote online! less
-
CNC Turning Service
https://www.mqjmcnc.com/cnc-turning-services/ />
#cnc #turning #factory
In this machining process, the workpiece is securely clamped onto a rotating spindle, while a cutting tool systematically removes excess material either axially or... moreCNC Turning Service
https://www.mqjmcnc.com/cnc-turning-services/ />
#cnc #turning #factory
In this machining process, the workpiece is securely clamped onto a rotating spindle, while a cutting tool systematically removes excess material either axially or radially, ultimately shaping the workpiece to meet specific dimensions. CNC Turning can be broadly classified into rough turning and finish turning. In rough turning, the cutting tool moves with a larger feed rate and depth, swiftly eliminating a significant amount of material to create ample allowance for subsequent processing. Conversely, finish turning employs smaller feed rates and depths to enhance surface smoothness and precision, ensuring the workpiece attains the required final dimensions and surface quality. This machining technique is widely applicable across various materials, including metals, plastics, and composite materials. With the continuous evolution of Computer Numerical Control (CNC) technology, CNC turning has become predominant, leveraging a computerized control system to automate tool movements and achieve heightened precision and production efficiency.
Types of Custom CNC Turning Services
SERVICE/CAPABILITY
Aluminum Turning Parts
If you’re in search of CNC turning services that offer the best prices, quick turnaround times, and no minimum order quantity, look no further than MQJM. As your go-to machine shop, we boast a skilled technical team that offers immediate feedback on manufacturability, helping you fine-tune your part designs for CNC turning processes to meet all your needs.
Stainless Steel Turning Parts
MQJM, a skilled CNC milling and turning factory, offers precise stainless steel turning services. With 20 advanced lathes, experienced engineers, and advanced CNC technology, we cater to all project sizes. We prioritize customer satisfaction and partner with clients for successful projects.
Brass Turning Parts
CNC brass turning uses computerized technology for precision cutting of brass. An automated CNC lathe shapes brass workpieces to specific designs. This method is ideal for creating complex, high-precision brass parts for industries like electronics, aerospace, and manufacturing.
Steel Turning Parts
MQJM excels in steel milling with advanced technology, experience, and equipment. Our innovative team offers efficient, precise services, ensuring quality control and accurate processing. We prioritize flexibility and reliability, catering to diverse customer needs, making us a trusted partner in the steel milling industry.
Copper Turning Parts
Copper turning is a precise metal machining technique using a lathe to cut copper materials into precision parts. The tool rotates against the copper, accurately removing material to achieve the desired shape and size. This method is prevalent in industries requiring high-precision parts, like machine manufacturing. The expertise in copper turning lies in controlling lathe and tool movements to meet technical specifications.
Plastic Turning Parts
Using CAD, we design and prepare models, selecting plastic materials like ABS, POM, PEEK. We define design specifications and dimensions, clamp the workpiece on the CNC machine, and set cutting tools for CNC turning. Regular dimension checks and adjustments are made, with surface treatment if needed. Final quality checks ensure high-precision manufacturing.
Swiss CNC Machining
Swiss CNC machining, initially for Swiss watchmaking, is a unique process for creating small, high-precision parts. These machines, also known as Swiss automatic lathes or Swiss screw machines, have evolved and are now widely used in many industries for large-scale, high-precision manufacturing.
Why Choose MQJM As Your CNC Turning Parts Machining Manufacturer?
ADVANTAGES
Advanced CNC Lathes
MQJM boasts over 60 advanced CNC lathes of various types, providing efficient production capabilities to meet diverse needs for small-batch prototypes and large-scale production.
Efficient Delivery and Responsiveness
Our professional technical team and streamlined production processes ensure that we can promptly respond to customer demands, delivering high-quality CNC turned parts swiftly.
Personalized Process Support
Offering free CAD review, drawing optimization, and DFM services, ensuring designs adhere to the best CNC turning production standards.
Flexibility in Handling Complex Designs
Leveraging advanced CNC technology, MQJM can flexibly handle various complex CNC turned part designs, providing highly personalized solutions.
Simplified Collaboration Process
MQJM is dedicated to providing a simplified yet efficient CNC collaboration process, ensuring a hassle-free experience for clients with an efficient communication mode in CNC collaboration.
Comprehensive Support and Quality Assurance
MQJM provides a one-stop CNC turning service, offering comprehensive support from part production to delivery, and ensuring each CNC turned part meets high-quality standards through rigorous quality control.
How CNC Turning Work?
WORK
CNC turning is a mechanical machining process controlled by a computer numerical control (CNC) system, used for processing rotationally symmetric workpieces. The following is the fundamental working principle of CNC turning:
1: Numerical Control Programming and Setup
Develop machining plans and convert designs into numerical control programming, while establishing zero coordinates for both the tool and the workpiece.。
2: Workpiece Clamping and Tool Selection
Secure the workpiece on the rotating spindle and choose appropriate tools to meet machining requirements.
3:Numerical Control System Operation and Real-time Monitoring
The numerical control system guides tool movements via computer control and simultaneously monitors cutting parameters to ensure a stable machining process.
4: Automated Cutting Operations
Utilize the precision control of the numerical control system to achieve high-precision, efficient machining of the workpiece, maintaining flexibility to adapt to various design requirements.
How CNC Turning Work?
How Do We Package The Parts?
MQJM employs customized packaging solutions tailored to different types of parts, ensuring that customers receive goods that meet satisfaction in terms of appearance, safety, and overall quality. We meticulously design each packaging method to accommodate the specific nature of the parts, guaranteeing they remain undamaged during transportation. This detail-oriented packaging strategy not only reflects MQJM's dedication to product quality but also aims to provide an exceptional customer experience, ensuring satisfaction upon receiving the cnc parts.
Our CNC Turning Parts Services
MQJM is a leading manufacturer of CNC turning components in China, standing out with top-notch prototype manufacturing services and extensive mass production capabilities with over 30 various lathes.
We specialize in providing adaptable, swift, and stable CNC turning services to produce high-precision, high-quality components. Upon uploading CAD or 3D files, our professional team will offer free review, drawing optimization, quotation, and Design for Manufacturability (DFM) within 12 hours, providing comprehensive support for your project.
As a one-stop CNC turning service provider, MQJM excels in meeting the needs of rapid prototyping and small to large volume production. We are committed to delivering flexible, high-quality CNC turning components to ensure timely delivery and budget compliance. Choosing MQJM means choosing a professional, efficient, and reliable CNC turning components supplier, allowing our team to navigate and support your project seamlessly. less
-
CNC Service for Mountain Bike Accessories
https://www.mqjmcnc.com/cnc-service-for-mountain-bike-accessories/ />
#cnc #bicycle
The rapid rise of the mountain bike industry has placed higher demands on various vehicle accessories, which require excellent... moreCNC Service for Mountain Bike Accessories
https://www.mqjmcnc.com/cnc-service-for-mountain-bike-accessories/ />
#cnc #bicycle
The rapid rise of the mountain bike industry has placed higher demands on various vehicle accessories, which require excellent durability and precision machining to ensure excellent performance in challenging riding environments. For manufacturing mountain bikes The demands of component parts, such as foot pedals, brake systems and suspension systems, often require the use of strong and durable materials while maintaining tight tolerance standards. CNC machining technology plays a key role in building these systems and enabling rapid repair of components effect.
Mingqiang Precision provides comprehensive CNC machining solutions to the mountain bike industry, our precision machined parts and assemblies are designed to perform reliably in harsh riding conditions. Our team of engineers and machinists have extensive experience in manufacturing replacement parts or high-volume production of precision mountain bike components. Working closely with you, we guarantee the highest quality mountain bike accessories produced to your project's specific specifications. From suspension to brake components, we use the highest quality materials and tight tolerance standards so you can trust us to deliver the best results.
Materials and Surface Finishes for Mountain Bike Parts
The mountain bike accessories and parts we offer are typically made from materials such as aluminum alloy, carbon fiber and steel alloy, which provide excellent performance and a wide range of appearance options to meet the different needs and preferences of riders.
Materials
The mountain bike accessories and parts we offer are typically made from materials such as aluminum alloy, carbon fiber and steel alloy, which provide excellent performance and a wide range of appearance options to meet the different needs and preferences of riders.
Metal materials that are commonly used include: aluminum alloys, brass, carbide, copper, stainless steel, steel, cold-rolled steel, and galvanized steel.
Plastic materials are available including: ABS, PVC, POM, PMMA, PEEK, carbon fiber, PE and other materials customized to suit different processes and requirements.
Surface Finishes
Surface treatment is a key process. It not only improves the corrosion resistance and wear resistance of mountain bike parts, but also gives the entire vehicle a refined appearance through the careful polishing of the appearance and the application of coatings. This not only injects more style into the components, but also enhances overall performance and durability, giving riders a longer-lasting, more satisfying riding experience.
Anodizing Electroplating
Passivization Powder Coating
Painting Insert Installation
Polishing Heat Treatment
Sandblasting Screen Printing
Precision Machining and Series Manufacturing: Your Mountain Bike Parts with MQJM
As an ISO 9001:2015 certified manufacturer, Mingqiang Precision is committed to providing excellent service to mountain bike customers worldwide, covering Japan, the United States, South Korea, and multiple European and Asian countries. We serve a wide range of fields such as mountain bike parts processing and custom mountain bike accessories. Our experienced team of experts works with state-of-the-art equipment, such as five-axis machining centers and CNC Swiss lathes, to provide comprehensive support for your prototyping and mass production needs. At Mingqiang Precision, we always put quality first and strictly adhere to the ISO 9001:2015 quality management system standard. Get an instant quote and experience our unique processing capabilities by uploading your 3D files online.
Custom Your CNC Mountain Bike Parts at Mingqiang Precision
Break Lever CNC Machined Parts
Crank Set Custom CNC Mountain Bike Parts
Front Derailleur Precision CNC Machining Services
Headset CNC Machine Parts
Seatpost Clamp Oem CNC Precision Mountain Bike Parts
Thumb Shifter Custom CNC Machining Mountain Bike Parts
Why Use CNC Machining for the Mountain Bike Industry
The continued growth of the mountain bike industry has resulted in higher demands for performance and reliability of individual parts and entire systems. CNC machining plays a key role in the manufacture of mountain bike parts and accessories, providing critical support in this ever-changing sector by sourcing precisely crafted components. The performance and reliability of your mountain bike largely depends on the quality of the components used, so choosing high-quality parts is crucial. Using inferior accessories may cause problems during riding, such as suspension system failure, brake failure, etc. We are committed to providing reliable mountain bike parts and accessories through CNC machining technology to ensure that the riding experience is always of the highest standard and to avoid problems caused by low-quality parts. less
-
CNC Milling Services
https://www.mqjmcnc.com/cnc-milling-services/ />
#cnc #turning #and #cnc #milling
CNC Milling Services
One of the most trustworthy CNC milling service manufacturers in China. With advanced CNC precision milling machines and professional... moreCNC Milling Services
https://www.mqjmcnc.com/cnc-milling-services/ />
#cnc #turning #and #cnc #milling
CNC Milling Services
One of the most trustworthy CNC milling service manufacturers in China. With advanced CNC precision milling machines and professional operators, we easily handle a variety of CNC milled parts requiring high tolerances, complex and special materials. Choose MQJM custom CNC milling services to obtain CNC products with higher precision and better quality in faster production cycles.
Types of CNC Milling Services We Offer
SERVICE/CAPABILITY
CNC Milling Aluminum Parts
CNC Milling Stainless Steel Parts
CNC Milling Copper Parts
CNC Milling Plastic Parts
CNC Milling Brass Parts
CNC Milling Steel Parts
MQJM CNC Milling Services
3 Axis CNC Milling
MQJM stands as China's foremost supplier of 3-axis CNC machined parts. With 60 CNC machines, over 40 material options, and 12 surface treatments, our advanced CNC machinery and experienced engineers ensure the swift delivery of high-quality 3-axis machined parts within a short timeframe.
4 Axis CNC Milling
MQJM has a long-standing commitment to delivering cost-effective 4-axis machining services. Leveraging over 12 years of robust expertise in 4-axis machining, we manufacture more intricate and higher precision machined parts for you. Here, you can acquire superior machined parts compared to before, saving both time and money.
5 Axis CNC Milling
At MQJM, we boast top-tier CNC 5-axis machining equipment and a specialized engineering team with the capability to provide 5-axis machining services for any complex shapes and high-precision parts across various global industries. Our high-quality 5-axis CNC machined parts are designed for aerospace, medical devices, automotive, and other sectors.
MQJM CNC Milling Capabilties
Professional Expertise
MQJM specializes in CNC milling, bringing over 12 years of focused CNC machining experience and an average of 15 years of experience within our engineering team.
Excellence in Service
Our team guarantees excellent machining services and solutions, addressing any potential issues you may encounter. We are proactive in responding to customers, tackling challenges head-on, and ensuring 100% customer satisfaction.
Advanced Facilities
As one of the leading CNC milling manufacturers, our factory is equipped with state-of-the-art CNC milling equipment, including 4-axis and 5-axis milling machines. We also have a complete set of CNC tools, fully capable of offering custom CNC milling services and meeting your customization requirements.
Outstanding Quality
As a leading CNC machining factory with a professional QC team and precision measuring equipment, we strictly adhere to international standards in selecting your production materials. We use advanced equipment to measure your parts, ensuring consistent production quality at all times.
How Does CNC Milling Work?
Step 1: Design CAD Models
The CNC milling process begins with creating 2D or 3D drawings of the desired part using CAD/CAM software like Autodesk Inventor or SolidWorks. These tools allow you to specify dimensions and tolerance requirements.
Step 2: CAD Models to CNC Programs
Use CAM software to convert CAD models into G-code, executing necessary manufacturing operations, including cutting sequences, tool paths, speeds, and movements.
Step 3: Set Up CNC Machine and EMO
Insert the workpiece onto the CNC machine’s work surface, attach the cutting tool to the spindle, and download the G-code. Initiate the machining program, and the CNC machine will execute all necessary operations to process the workpiece.
Step 4: Inspection and Surface Treatment
After milling, inspect the part's accuracy and quality. Use additional processes like deburring, polishing, or surface treatment to meet the final product's requirements.
Quality Assurance For CNC Milling Services
CNC product quality is maintained through three steps: pre-production, during production, and before delivery.
In pre-production, MQJM’s procurement department strictly adheres to standards when acquiring raw materials. The QC team inspects 25% of these materials, and only qualified ones are processed. During production, technicians adjust CNC milling equipment and produce test parts for evaluation. Production proceeds only when test data meets criteria. The QC team inspects CNC millng parts every half hour, halting production for any discrepancies. Before delivery, QC personnel inspect the product's appearance, check for drilled holes, threaded components, and verify the assembly process. This ensures customers receive the products of CNC milling parts identical to the drawings. CNC milling is a subtractive manufacturing process to produce a custom-designed part or product. Given the high precision and technical requirements of CNC milling services, implementing a robust QA process is essential for maintaining high standards of quality.
Quality Assurance For CNC Milling Services
CNC Milling General Tolearance
MQJM provides various CNC machining tolerances based on your design requirements. Depending on the shape and material of your parts, we can achieve minimum tolerances for thread sizes as small as 0.005mm. We adhere to national milling tolerance standards, with metals following ISO 2765-m and plastics following ISO 2768-c.
Linear Dimension +/- 0.025 mm
+/- 0.001 inch
Hole Diameters (not reamed) +/- 0.025 mm
+/- 0.001 inch
Shaft Diameters +/- 0.025 mm
+/- 0.001 inch
Part Size Limit 950 * 550 * 480 mm
37.0 * 21.5 * 18.5 inch
CNC Milling Parts Gallery
PARTS
We make CNC milling machining parts for use in a variety of industries, including automotive and racing, aerospace, electronics, medical devices, and more. less
-
CNC Milling Brass Parts
https://www.mqjmcnc.com/cnc-milling-brass-parts/ />
#brass #cnc
CNC Milling Brass Parts
MQJM has brought together a professional team, including more than 3 senior CNC milling engineers with more than 20 years of experience. We... moreCNC Milling Brass Parts
https://www.mqjmcnc.com/cnc-milling-brass-parts/ />
#brass #cnc
CNC Milling Brass Parts
MQJM has brought together a professional team, including more than 3 senior CNC milling engineers with more than 20 years of experience. We utilize advanced CNC technology and equipment to provide high quality CNC milling brass parts. An experienced team of engineers ensures high precision and quality standards during the milling process. Whether it is a small batch production or a large-scale order, we are committed to providing our customers with reliable, precise and efficient CNC brass milling solutions.
What Is Brass CNC Milling?
Brass milling is a precision cutting process mainly used to shape and process brass materials to obtain the desired shape, size and surface quality. In this process, by using a CNC milling machine, the rotating tool cuts the brass workpiece layer by layer according to a pre-designed program. This method features a high degree of automation and digital control, ensuring high precision and repeatability.The process of brass milling involves fixing the workpiece on the milling machine, selecting the appropriate tool and cutting parameters, and then accurately controlling the movement of the tool through the CNC system to gradually remove excess brass material. This cutting process enables the production of complex parts, ensuring they meet strict design requirements.
MQJM has extensive experience in the field of brass milling and proudly owns over 40 CNC milling machines. This equipment library allows us to efficiently and flexibly respond to a variety of projects, from small scale to large-scale production, providing customers with high-quality custom brass parts.
About CNC Milling Brass Material
Brass is an alloy material composed of copper and zinc. The general zinc content is between 5-45%. It is a common processing material in CNC milling.
Brass is widely used in many fields due to its specific excellent properties.
Brass has good mechanical properties.
1. Mechanical properties: Brass has good wear resistance and ductility, as well as high strength and high toughness. Therefore, it is widely used in the fields of mechanical parts manufacturing and industrial production.
2. Electrical conductivity: Compared with steel, brass has excellent electrical conductivity, so brass is widely used in the electrical and electronic fields.
3. Corrosion resistance: Brass can resist oxidation and seawater corrosion at room temperature, so it is widely used in the chemical, shipbuilding and transportation industries.
4. Easy to process: Brass’s ductility makes brass easy to process into various shapes.
About CNC Milling Brass Material
Applications Of CNC Milling Brass Parts
Mechanical Parts Manufacturing
Brass has outstanding mechanical properties and is therefore widely used in the field of mechanical parts. For example, brass material can be used to manufacture various fittings, bearings, nuts, bolts, gears and other components.
Electrical Industry
Brass has good electrical conductivity, so it is widely used in the electrical and electronic fields, such as laboratory electrical measuring instruments, cable joints, wire plugs, switches and sockets, etc.
Chemical Industry
Brass is resistant to corrosion by chemical media such as acids and alkalis at room temperature, so it is widely used in the chemical field, such as chemical filling, chemical equipment, etc.
Medical Industry
Brass has excellent mechanical properties such as high strength, high toughness, and wear resistance, and is widely used in the medical industry, especially medical equipment parts. less
-
Versatile CNC Machining & Turning Service For Industries
https://www.mqjmcnc.com/cnc-machining-solutions/ />
#cnc #machining #solutions
Versatile CNC Machining & Turning Service For Industries
We always provide CNC machine parts and services for racing,... moreVersatile CNC Machining & Turning Service For Industries
https://www.mqjmcnc.com/cnc-machining-solutions/ />
#cnc #machining #solutions
Versatile CNC Machining & Turning Service For Industries
We always provide CNC machine parts and services for racing, automotive, industrial, aerospace and other fields, which allows us to better understand our customers' industry needs and better meet their requirements.
CNC Auto Parts And CNC Motorcycle Parts
Auto and Motorcycle Parts
High quality CNC parts for auto and motorcycles Over the past 12 years, MQJM has served more than 500 automotive and motorbike parts manufacturers, especially in countries such as Germany, Belgium, and Japan. We understand the standards of their industry, which allows us to provide our customers with higher quality CNC parts and better CNC service. Trust MQJM to provide you with car and motorbike parts that exceed your expectations.
Racing Parts
Wear-resistant, good surface for racing cnc machining parts Parts for the racing industry are very demanding, high precision, high quality and good looks. MQJM is an expert in manufacturing racing parts. We have supplied thousands of custom modified racing parts to racing parts companies and teams in Germany, Belgium, UK, USA and other countries. These high quality parts provide our racing parts customers with a winning guarantee.
Aerospace Parts
Extremely precise aerospace cnc machining parts CNC parts are highly sustainable and highly precise, which makes the aerospace industry one of the industries with the highest demand for CNC parts. MQJM has 10 5-axis CNC machining machines and 6 CNC engineers with over 20 years of manufacturing experience, which ensures that we are able to provide high precision and demanding aerospace CNC parts.
Mountain Bike Accessories
Durable mountain bike parts machining services Since 2010, MQJM has been providing customers with customized wear-resistant and durable mountain bike accessories to assist the progress of the mountain bike industry. We can provide you with different materials and different surface treatment of mountain bike parts to help you get the CNC mountain bike parts you need.
Medical Devices
OEM CNC machining services for medical industry The structure of parts in medical industry is complex and the precision is high. MQJM is a manufacturer of high-quality medical parts, whether surgical tools or medical equipment, we ensure the highest possible tolerances and accuracy. MQJM is committed to providing high standards and high requirements of CNC parts for the medical industry.
Electronic Product Parts
Custom CNC Parts for electronic product MQJM is a manufacturer specializing in the production of all kinds of electronic products shells and parts. 12 years of experience gives us a better understanding of the industry standards of electronic products. We can provide electronic products shell and parts processing services to meet your customized requirements.
CNC Turning Parts Callery
In the past 12 years, the MQJM team has provided customized CNC machining parts to more than 300 companies in different industries around the world. This rich experience allows us to understand the production standards of different industries. less
-
CNC Prototyping
CNC Prototyping
As a CNC prototyping manufacturer, we specialize in CNC Prototyping, offering high-precision, cost-effective production of complex parts. Our advanced machinery ensures accuracy and consistency.
Key Features of CNC... moreCNC Prototyping
CNC Prototyping
As a CNC prototyping manufacturer, we specialize in CNC Prototyping, offering high-precision, cost-effective production of complex parts. Our advanced machinery ensures accuracy and consistency.
Key Features of CNC Prototyping
Precision
CNC prototyping offers high precision and accuracy, allowing for the production of complex and intricate parts with tight tolerances.
Material Options
CNC prototyping can work with a wide range of materials, including metals (such as aluminum, steel, titanium) and plastics (such as ABS, acrylic, nylon), providing flexibility in material selection for prototyping.
Design Flexibility
CNC prototyping offers design flexibility, allowing for the production of complex geometries, undercuts, and intricate details in prototypes.
Iterative Design Process
CNC prototyping enables designers to quickly test and refine their designs, making it easier to identify and address design flaws or improvements early in the development process.
Functional Testing
CNC prototypes can be used for functional testing, allowing engineers to evaluate the performance and functionality of the product before moving to mass production.
Visualization And Communication
CNC prototypes provide a tangible representation of the product, making it easier to visualize and communicate design concepts to stakeholders, clients, or investors.
Customization
CNC prototyping allows for the customization of prototypes to meet specific design requirements or client preferences.
Reduced Risk
CNC prototyping helps mitigate the risk of costly errors or design flaws by allowing for early identification and resolution of issues before investing in mass production.
Integration of Features
CNC prototyping enables the integration of features such as inserts, threads, or other functional elements directly into the prototype, providing a more realistic representation of the final product.
Quality Control
CNC prototypes can be used for quality control purposes, allowing for the evaluation of dimensional accuracy, surface finish, and other critical aspects of the product.
Time and Resource Savings
CNC prototyping eliminates the need for expensive tooling or molds required in traditional manufacturing methods, saving time and resources during the prototyping stage.
Scalability
CNC prototyping can be easily scaled up or down to meet different prototyping needs, from low-volume to high-volume production.
Collaboration and Feedback
CNC prototypes facilitate collaboration and feedback from various stakeholders, including designers, engineers, and end-users, leading to improved product development and customer satisfaction.
Cost Estimation
CNC prototypes can be used for cost estimation purposes, providing insights into the manufacturing costs of the final product and helping with budgeting and pricing decisions.
Surface Finish Options
CNC prototyping can achieve various surface finishes, including smooth, textured, matte, or glossy, depending on the machining parameters and post-processing techniques used.
The Basics of CNC Prototyping
CNC Prototyping involves using computer numerical control machinery to produce complex parts with high precision. It’s a cost-effective method for producing parts with high accuracy and consistency.
#custom #cnc #prototyping
https://www.ywxmolding.com/cnc-prototyping/ less
-
JimaFor Precision Machining
https://www.jimaforging.com/precision-machining-services.html />
#precision #machining #cnc
Precision machining is JimaFor most important core competitiveness. It is not a workshop, but a factory with advanced and complete... moreJimaFor Precision Machining
https://www.jimaforging.com/precision-machining-services.html />
#precision #machining #cnc
Precision machining is JimaFor most important core competitiveness. It is not a workshop, but a factory with advanced and complete equipment, a complete management team, and independent engineering, production, quality and supply chain teams. JimaFor provides customers with precision machined castings, forgings, stampings machined parts.
We operate almost every kind of CNC mill and turning center, and pride ourselves on being able to machine whatever you need, from simple, 'as-machined' Workholdings to complex, organic geometries with tight tolerances. On request, we can also produce parts with EDM and grinders. Build envelopes, minimum feature sizes and design guidelines vary for milling and turning.
To ensure the highest quality of the finished product, it is crucial to use computer programs. CAD (Computer-Aided Design) CAM (Computer-Aided Manufacturing) programs provide detailed working drawings of each step of the precision machining process. Programs such as PoE and UG provide extremely detailed three-dimensional design drawings. Precision machining can process many materials, including steel, iron, aluminum, copper, bronze and some specialty alloys. less
-
Look For CNC Machining Metal Materials
https://www.flourishlegend.com/cnc-machining-metals/ />
#cnc #metal #machining #factory
As an advanced CNC metal machining manufacturer in Guangdong, China, Flourish Legend is committed to providing high-quality and... moreLook For CNC Machining Metal Materials
https://www.flourishlegend.com/cnc-machining-metals/ />
#cnc #metal #machining #factory
As an advanced CNC metal machining manufacturer in Guangdong, China, Flourish Legend is committed to providing high-quality and precision custom parts and component solutions. With years of experience and excellent technical capabilities, we can machine various metal materials, including aluminum, stainless steel, brass, steel, copper, titanium, and more. These materials are widely used in various industries, including automotive manufacturing, electronic devices, medical instruments, aerospace, and more. less
-
CNC Grinding
https://www.flourishlegend.com/cnc-grinding.html />
#cnc #cylindrical #grinding
Flourish Legend is equipped with multiple fully automated CNC grinding machines capable of machining high hardened materials, brittle materials, plastics and... moreCNC Grinding
https://www.flourishlegend.com/cnc-grinding.html />
#cnc #cylindrical #grinding
Flourish Legend is equipped with multiple fully automated CNC grinding machines capable of machining high hardened materials, brittle materials, plastics and metals. Our machining covers a wide range of CNC grinding techniques including flat grinding, cylindrical grinding, surface grinding, contour grinding, internal and external diameter grinding, optical grinding and axial grinding. With over 1000 customized CNC grinding case studies, please consult for custom manufacturing. less
-
Linear Motion Products for Laser Machining #cnc #linear #slide In the world of laser machining, precision and accuracy are paramount. The ability to control the movement of laser systems with utmost precision is crucial for achieving high-quality... moreLinear Motion Products for Laser Machining #cnc #linear #slide In the world of laser machining, precision and accuracy are paramount. The ability to control the movement of laser systems with utmost precision is crucial for achieving high-quality results. https://en.cskmotion.com/cnc-linear-motion.html less
-
PARTS PRECISION TECHNOLOGY
https://www.hhc-precision.com/parts-precision-technology/ />
#cnc #precision #technology
High precision
The structure design of the CNC lathe allows it to have high machining accuracy, and at the same time, it can automatically... morePARTS PRECISION TECHNOLOGY
https://www.hhc-precision.com/parts-precision-technology/ />
#cnc #precision #technology
High precision
The structure design of the CNC lathe allows it to have high machining accuracy, and at the same time, it can automatically and continuously process, reducing the error caused by manual work.
High productivity
Compared with ordinary lathes, the production efficiency of CNC lathes can be increased by 2 to 3 times. HHC also adds a robotic arm to further improve the production efficiency.
Strong processing ability
It can produce hardware parts with complex shapes.
Professional CNC programming
HHC has a professional engineering department, which can provide appropriate procedures and debugging for CNC production.
After the mechanical arm is added, the CNC workshop of HHC can achieve 24-hour processing, further reducing the labor cost. less
-
HIGH PRECISION PARTS INDUSTRIES
https://www.hhc-precision.com/industrial-cnc-parts/ />
#cnc #turning #applications
We pride ourselves on providing top-quality custom solutions for a variety of industries including automotive, medical, aerospace,... moreHIGH PRECISION PARTS INDUSTRIES
https://www.hhc-precision.com/industrial-cnc-parts/ />
#cnc #turning #applications
We pride ourselves on providing top-quality custom solutions for a variety of industries including automotive, medical, aerospace, thermostat, household electrical appliance and heating markets.
Our expert team works closely with clients throughout the entire manufacturing process to engineer precision parts, components, assemblies, and motion control solutions that exceed expectations. With a global presence and a commitment to excellence, we are dedicated to helping our clients "engineer possible" and achieve success in their respective industries.
Different High Precision Parts Industries
New Energy Parts
Get top-quality high precision metal parts for new energy applications. Our components meet the most demanding specifications for reliable performance in challenging environments.
Electrode Slice
Tape and Reel PCB Nut
Battery Post
Tape and Reel PCB Washer
Lug Tabs
Battery Case/Battery Housing
The Benefits of Automation for High Precision Parts
INCREASED EFFICIENCY
Automation in high precision industrial cnc parts industries can significantly increase efficiency by reducing the time required to produce complex parts. Robots can work around the clock, without the need for breaks or rest, leading to increased productivity. This translates to faster turnaround times, lower lead times, and increased customer satisfaction.
IMPROVED ACCURACY
Automation can improve the accuracy of the parts produced. With high precision measurement systems and advanced software, robots can create parts with consistent quality, reducing the risk of human error. This not only increases the overall quality of the parts produced but also reduces the risk of costly defects.
LOWER COSTS
Automation can help reduce costs in several ways. With robots doing the work, there is less need for human labor, reducing labor costs. Automation also reduces material waste by minimizing the number of parts that need to be scrapped due to defects. Furthermore, automated processes can optimize the use of raw materials, reducing material usage and overall costs.
Exploring the Impact of 3D Printing on High Precision Parts
In recent years, 3D printing has emerged as a game-changer in the manufacturing industry. With its ability to produce intricate and complex parts with high precision, it has disrupted traditional manufacturing processes and opened up new possibilities for industries that rely on high precision parts.
The impact of 3D printing on the high precision parts industries is significant. It has enabled faster prototyping and production of parts, reduced costs associated with traditional manufacturing processes, and improved the overall quality and performance of the parts produced.
Moreover, 3D printing has also facilitated the creation of new designs that were previously impossible to manufacture. This has led to the development of new products and technologies that were not feasible with traditional manufacturing methods.
However, despite the numerous benefits of 3D printing, there are still challenges that need to be addressed. One major challenge is the lack of standardization and quality control measures for 3D printed parts. As a result, there is a need for the development of industry standards to ensure the quality and consistency of 3D printed parts.=
In conclusion, the impact of 3D printing on the high precision parts industries is undeniable. As the technology continues to evolve, it is expected to play an even greater role in the manufacturing industry, revolutionizing the way we design and produce high precision parts. less
-
CNC MACHINING MATERIAL CHOICE
https://www.hhc-precision.com/cnc-machining-material.html />
#cnc #machining #material
When it comes to CNC machining, selecting the right material is crucial for ensuring the quality and functionality of your parts. With a... moreCNC MACHINING MATERIAL CHOICE
https://www.hhc-precision.com/cnc-machining-material.html />
#cnc #machining #material
When it comes to CNC machining, selecting the right material is crucial for ensuring the quality and functionality of your parts. With a wide range of materials available, choosing the right one can be overwhelming. Here are some factors to consider when selecting materials for CNC machining:
Material properties: Different cnc materials have different physical and mechanical properties, such as strength, stiffness, toughness, and hardness. These properties affect the suitability of the material for specific applications.
Machinability: Some materials are easier to machine than others. For example, aluminum and brass are relatively easy to work with, while materials like titanium and hardened steel are more difficult.
Cost: The cost of the cnc machining material is also an important factor to consider. Some materials are more expensive than others, which can impact the overall cost of the project.
Application: Finally, the application of the part should be considered when selecting a material. Will the part be exposed to high temperatures, corrosive environments, or heavy loads? These factors can influence the choice of material.
As a china high precision machining supplier, we can provide customized options for various materials, including stainless steel, carbon steel, aluminum, copper, POM, and other materials. The selection of suitable materials is crucial to ensuring the quality and functionality of the components. Therefore, we have professional procurement and a group of stable and outstanding suppliers who offer high-quality materials at competitive prices. Here are some commonly used customized materials we offer. For materials not listed, please feel free to contact us for more information. We could help you to select suitable materials with our professional expertise and customize a processing solution that meets your requirements.
Material Parameter Table
Material
Grade
Surface finishing processes
Material Range of Hardness and Strength
Scope of Application
Size
Stainless steel
301, 304, 316L, 305, 317, 420, 430, 440, 201, etc.
Polished, sandblasting, Frosted/Satin, electroplating, wire drawing, 8K, 12K, Mirror finish, Matte finish, BA, etc.
Hardness:
170HV-650HV
Tensile Strength:
780MPa-1780MPa
Yield Strength:
470MPa-1450MPa
Mobile phone accessories, High-precision hardware materials, Etching specialty materials, Mechanical components, Automotive parts, High-precision instrument category, Household appliances, Daily necessities accessories, etc.
Customization
Carbon steel
Q195, Q215, Q235, Q255, Q275, etc.
Sandblasting, acid pickling, electroplating, chemical coating, etc.
Hardness:
60HB-300HB
Tensile Strength:
370MPa-2100MPa
Yield Strength:
250MPa-1900MPa
Mold steel materials, Carbon steel mechanical parts, Automotive components, Heating appliances, etc.
Customization
Brass/
copper
C5191, C1100, C63000, H62, H65, H70, HPB59, C36000, etc.
Polished, Frosted/Satin, 8K, 12K, Mirror finish, Matte finish, BA, etc.
Hardness:
50HB-200HB
Tensile Strength:
210MPa-620Mpa
Yield Strength:
50Mpa-480MPa
Force-bearing components manufactured by various stretching and bending processes
Customization
Aluminum
Series 1000, Series 2000, Series 3000, Series 4000, Series 5000, Series 6000, Series 7000, Series 8000, etc
Electroplating, Spraying/Painting, Brushing, Anodizing, Sandblasting, Passivation, Chemical Polishing, etc.
Hardness:
60HV-120HV
Tensile Strength:
175-470MPa
automation mechanical parts, precision component processing, mold manufacturing, electronics, and precision instruments, etc.
Customization
POM
common grades
---
---
medical equipment, sports equipment, power tool accessories, automotive components, electronic and electrical components, etc.
Customization less
-
Precision Titanium Machining
https://www.falconcncswiss.com/custom-titanium-machining.html />
#cnc #machining #titanium
Why is Titanium So Hard to Machine?
Titanium, as a challenging material, has a unique combination of properties in terms of high... morePrecision Titanium Machining
https://www.falconcncswiss.com/custom-titanium-machining.html />
#cnc #machining #titanium
Why is Titanium So Hard to Machine?
Titanium, as a challenging material, has a unique combination of properties in terms of high strength, high temperature, chemical reactivity, and elasticity. Due to its strength and tendency to harden during processing, it is difficult to cut using traditional machining techniques. Therefore, Swiss machining is the best choice in general.
Falcon Swiss machine shop is an expert in titanium machining and can ensure successful and efficient processing of titanium materials. We have a deep understanding of the unique properties and challenges of titanium and have developed specialized techniques and tools to overcome these challenges. Contact us now for your titanium manufacturing needs! less
-
CNC Swiss Machining
https://www.falconcncswiss.com/cnc-swiss-machining-services/ />
#cnc #swiss #precision #machining
CNC Swiss machining is a specialized type of precision machining that involves the use of a sliding headstock lathe to produce intricate... moreCNC Swiss Machining
https://www.falconcncswiss.com/cnc-swiss-machining-services/ />
#cnc #swiss #precision #machining
CNC Swiss machining is a specialized type of precision machining that involves the use of a sliding headstock lathe to produce intricate parts with high accuracy and tight tolerances. This process is particularly well-suited for small, complex parts that require multiple operations to be performed in a single pass. CNC Swiss machining is known for its ability to produce parts with very tight tolerances, high surface finishes, and excellent straightness, roundness, and concentricity. Falcon's Swiss machining technology is widely used in industries such as medical, aerospace, optics, and electronics, machine & equipment, automotive precision machining, where precision and quality are of utmost importance. less
-
Automotive Precision Machining
https://www.falconcncswiss.com/automotive-precision-machining.html />
#cnc #machining #car #parts
CNC machining technologies are widely used in the automotive industry to manufacture high-quality automotive parts that are... moreAutomotive Precision Machining
https://www.falconcncswiss.com/automotive-precision-machining.html />
#cnc #machining #car #parts
CNC machining technologies are widely used in the automotive industry to manufacture high-quality automotive parts that are both cost-effective and efficient. With over 28 CNC technologies in use, including 5 axis machining, milling and turning, micro machining, swiss machining, Sinker EDM, and WEDM, Falcon have the capability to produce a wide range of precision parts for the automotive industry. less
-
Precision Aluminum Parts
https://www.falconcncswiss.com/aluminum-precision-machining.html />
#custom #aluminum #cnc
Aluminum is a popular material for Swiss machining due to its excellent strength-to-weight ratio, corrosion resistance, and versatility. At... morePrecision Aluminum Parts
https://www.falconcncswiss.com/aluminum-precision-machining.html />
#custom #aluminum #cnc
Aluminum is a popular material for Swiss machining due to its excellent strength-to-weight ratio, corrosion resistance, and versatility. At Falcon, we utilize Swiss type lathes to achieve incredibly precise tolerances and complex shapes. Our aluminum machining services are highly efficient and cost-effective thanks to the use of advanced equipment and the help of an experienced engineer team. less
-
CNC Turning
https://www.fathomprecision.com/cnc-turning-service/ />
#cnc #turning #service #suppliers
Provide the best custom CNC lathe machining service at most competitive prices and short lead time as well as wide range of material selection for... moreCNC Turning
https://www.fathomprecision.com/cnc-turning-service/ />
#cnc #turning #service #suppliers
Provide the best custom CNC lathe machining service at most competitive prices and short lead time as well as wide range of material selection for machinable metal part such as aluminium, stainless steel, copper, brass,.. and plastic part such as ABS, bakelite, POM, PC, PEEK, nylon, Teflon and acrylic.
CNC Turning Overview
Lathe machining mainly serving for automotive, consumer & electronics, communication, home appliances, industrial application, industrial machinery & equipment, storage, toy etc. less
-
CNC Milling
https://www.fathomprecision.com/cnc-milling-service/ />
#cnc #milling #service #manufacturers
Provide high quality prototype machining services and CNC machined parts with competitive prices as well as secondary processing and sub-assembly... moreCNC Milling
https://www.fathomprecision.com/cnc-milling-service/ />
#cnc #milling #service #manufacturers
Provide high quality prototype machining services and CNC machined parts with competitive prices as well as secondary processing and sub-assembly work for CNC prototyping and precision CNC machining parts with wide range of mateials for both metal and plastic. less
-
CNC EDM
https://www.fathomprecision.com/cnc-edm-service/ />
#cnc #wire #cut
Electrical discharge machining, sometimes referred to as spark machining, spark eroding, die sinking, wire burning, or wire erosion, is a metal production technique that uses... moreCNC EDM
https://www.fathomprecision.com/cnc-edm-service/ />
#cnc #wire #cut
Electrical discharge machining, sometimes referred to as spark machining, spark eroding, die sinking, wire burning, or wire erosion, is a metal production technique that uses electrical discharges to carve out the required shape. The CNC EDM service is provided for the making of precision CNC machining parts for both tooling and prototype manufacturing including fast speed EDM, wire cutting EDM and high precison & mirror finishing EDM for different quality requirement. less
-
4 Axis CNC Machining
https://www.fathomprecision.com/4-axis-cnc-machining-service/ />
#4 #axis #cnc #machining #service
4 axis custom CNC machining service provided for the prototype manufacturing of high precision and quality mechanical parts such as... more4 Axis CNC Machining
https://www.fathomprecision.com/4-axis-cnc-machining-service/ />
#4 #axis #cnc #machining #service
4 axis custom CNC machining service provided for the prototype manufacturing of high precision and quality mechanical parts such as sprial shaft and gear as well as complex components for both metal and plastic. less
-
OEM Deep Drawing Parts Company
https://www.oriensonmetal.com/deep-drawing-parts/ />
#cnc #machining #services
As one of the main stamping processes, deep drawing is widely used. The cylindrical, rectangular, stepped, round, and square mixed drawing and... moreOEM Deep Drawing Parts Company
https://www.oriensonmetal.com/deep-drawing-parts/ />
#cnc #machining #services
As one of the main stamping processes, deep drawing is widely used. The cylindrical, rectangular, stepped, round, and square mixed drawing and other irregularly shaped thin-walled parts can be made by the deep drawing process. If it is matched with other stamping forming processes, it can produce more complex-shaped parts.
Types Of Custom Deep Drawn Components
1.0mm Thickness H62 Copper Punch Forming Deep Drawing Components1.0mm Thickness H62 Copper Punch Forming Deep Drawing Components
1.0mm Thickness H62 Copper Punch Forming Deep Drawing Components
Material：0.1mm-5mm Copper Alloy（C10100/C11000 /C22000/C26000/C26800/C36000/C7025/C51000/C17200） Processing services：CNC machining, metal stamping molding, metal plating, heat treatment, passivation, grinding, radium carvings and other surface treatment.
0.5mm Thickness Steel Customized Deep Drawing Parts0.5mm Thickness Steel Customized Deep Drawing Parts
0.5mm Thickness Steel Customized Deep Drawing Parts
Material：0.2mm-5mm Steel（SPCC-SD/SPCC-SB/DC01/SPCE/1075/DT4E） Processing services：CNC machining, metal stamping molding, metal plating, heat treatment, passivation, grinding, radium carvings and other surface treatment.
1.0mm Thickness H65 Copper Deep Drawing Part1.0mm Thickness H65 Copper Deep Drawing Part
1.0mm Thickness H65 Copper Deep Drawing Part
Material：0.1mm-5mm Copper Alloy（C10100/C11000 /C22000/C26000/C26800/C36000/C7025/C51000/C17200） Processing services：CNC machining, metal stamping molding, metal plating, heat treatment, passivation, grinding, radium carvings and other surface treatment.
2.0mm Thickness T2 Copper Metal Parts for New Energy Resources2.0mm Thickness T2 Copper Metal Parts for New Energy Resources
2.0mm Thickness T2 Copper Metal Parts for New Energy Resources
Material：0.1mm-5mm Copper Alloy（C10100/C11000 /C22000/C26000/C26800/C36000/C7025/C51000/C17200） Processing services: CNC machining, metal stamping molding, metal plating, heat treatment, passivation, grinding, radium carvings, and other surface treatment.
0.5mm Thickness Custom T2 Copper Deep Drawing Parts0.5mm Thickness Custom T2 Copper Deep Drawing Parts
0.5mm Thickness Custom T2 Copper Deep Drawing Parts
Material：0.1mm-5mm Copper Alloy（C10100/C11000 /C22000/C26000/C26800/C36000/C7025/C51000/C17200） Processing services：CNC machining, metal stamping molding, metal plating, heat treatment, passivation, grinding, radium carvings and other surface treatment.
0.3mm Thickness SUS304-2B Metal Stamping with High Quality Precision0.3mm Thickness SUS304-2B Metal Stamping with High Quality Precision
0.3mm Thickness SUS304-2B Metal Stamping with High Quality Precision
Material：0.05mm-2mm Stainless steel（SUS301/SUS304/SUS304-2B/SUS305-2B/SUS316-2B/SUS410/SUS420J2/SUS430） Processing services：CNC machining, metal stamping molding, metal plating, heat treatment, passivation, grinding, radium carvings and other surface treatment.
What is Deep Drawn Metal Stamping?
Deep Drawing Stamping
Deep drawing stamping is a special stamping method, the principle is to apply external force on the plate, strip, pipe through the press machine and the mold, then the material is deformed or separated to turn into the workpiece of the required shape and size.
What is Deep Drawn Metal Stamping?
With advanced stamping equipment and professional engineering expertise, Orienson has established a reputation for years in this industry for solving various problems for customers. If you want to know more or find the right metal stamping partner, please feel free to contact us.
Deep Drawing Die Design
Deep drawing stamping mold generally indicates the usage of more than ten stations to complete the processing of stamping parts, such a process reduces the equipment-processed load while improving its efficiency and accuracy. Besides, in the process of material transmission, there is no need to use the corresponding transmission device but directly placed in the mold. the advantage of this design makes the process more convenient, more accurate in controling different positions.
We focus on metal custom deep drawing part made of steel, iron, aluminum, stainless steel, etc. Our products can achieve the diameter 1.5mm and a thickness 0.1mm or more, accuracy ±0.01mm for different shape deep drawing.
Benefits of Deep Drawn Stamping
High Quality
Deep drawing stamping parts are well known for their excellent quality in the whole industry with the feature of high accuracy in shape and size, and its service life is also very long.
Benefits of Deep Drawn Stamping
Wide Range Of Application
With its high precision, deep-drawn stamping mental parts can be used everywhere in our daily life. For example, household electronic equipment, automobile manufacturing, and many other places will use this configuration.
Benefits of Deep Drawn Stamping
Simple And Efficient
In the overall control of the process, each step in the production process of deep drawing stamping parts is controlled like an assembly line, manual operation process is greatly simplified. Hence it becomes more convenient to maintain the equipment which is greatly improved its internal strength.
Benefits of Deep Drawn Stamping
Energy Saving And Environmental Protection
Energy conservation and environmental protection is the advantage of the deep drawing stamping parts, lots of materials will be made full use of without wasting too much energy consumption during the processing, it can not only save energy but also save the production cost, meanwhile greatly increasing manufactural efficiency to pursue the environmental protection of the modern society.
Application of Deep Drawing Parts
Thin-wall parts with cylindrical stepped, conical, spherical, box, and other irregular shapes can be fabricated by the deep drawing process. With flanging, bulging, flaring, shrinkage, and other stamping forming technology, we can produce very complex shape parts. Deep drawing products are widely used in: electronics, electrical appliances, sports equipment, automobiles, packaging, machinery parts, food, and other fields. Therefore, deep drawing technology occupies a very important position in the process of automobiles, aircraft, tractors, electrical appliances, instruments, electronics, and other industries. less
-
Custom CNC machining Aluminium #aluminum #machining #cnc Professional prototyping technical personnel, systematic management mode and a full set of prototyping equipment ensures admirable prototyping models, so as to more accurately and timely... moreCustom CNC machining Aluminium #aluminum #machining #cnc Professional prototyping technical personnel, systematic management mode and a full set of prototyping equipment ensures admirable prototyping models, so as to more accurately and timely express the creative innovation of product designers. https://www.sibaicnc.com/cnc-machining-aluminium/ less
-
Brass CNC Machining #brass #cnc #machining Brass has good process properties, mechanical properties and corrosion resistance, and some have high electrical and thermal conductivity. Brass shows golden luster and is an important decorative material.... moreBrass CNC Machining #brass #cnc #machining Brass has good process properties, mechanical properties and corrosion resistance, and some have high electrical and thermal conductivity. Brass shows golden luster and is an important decorative material. Brass is the most widely used and used copper alloy material. https://www.sibaicnc.com/cnc-machining-brass/ less
-
CNC Machining Processes #cnc #high #precision Generally Sibai needs 3-6 work days to finish samples, from the order confirmation to delivery. If the material, cutting tools, and clamping tools and inspection tools are all ready, it needs only a half... moreCNC Machining Processes #cnc #high #precision Generally Sibai needs 3-6 work days to finish samples, from the order confirmation to delivery. If the material, cutting tools, and clamping tools and inspection tools are all ready, it needs only a half day or at most 3 days to finish samples. https://www.sibaicnc.com/cnc-machining/ less
-
Machining Service In Drone #drone #cnc Compared with manned aircraft, drone has the advantages of low price, small body size, flexible maneuverability, no casualties, unlimited take-off conditions, and relatively simple aircrew support. ... moreMachining Service In Drone #drone #cnc Compared with manned aircraft, drone has the advantages of low price, small body size, flexible maneuverability, no casualties, unlimited take-off conditions, and relatively simple aircrew support. https://www.sibaicnc.com/cnc-drone-frame/ less
-
Machining Service In Automation #cnc #automation #parts Industrial automation is the trend of widely using automatic control and automatic adjustment devices in industrial production to replace manual operation of machines and machine systems for... moreMachining Service In Automation #cnc #automation #parts Industrial automation is the trend of widely using automatic control and automatic adjustment devices in industrial production to replace manual operation of machines and machine systems for processing and production. https://www.sibaicnc.com/cnc-automation-parts/ less
-
Process Technologies in Sheet Metal Chassis Fabrication
https://www.hsjfabrication.com/sheet-metal-chassis/ />
#chassis #cnc
The sheet metal chassis is a chassis that is required for the use of a comprehensive cold working process for metal sheets (usually... moreProcess Technologies in Sheet Metal Chassis Fabrication
https://www.hsjfabrication.com/sheet-metal-chassis/ />
#chassis #cnc
The sheet metal chassis is a chassis that is required for the use of a comprehensive cold working process for metal sheets (usually below 6 mm). Processing techniques include shearing, punching, cutting, compounding. less
-
CNC TURNING
https://www.richconn-cnc.com/cnc-turning/ />
#cheap #cnc #turning
We have 50 CNC automatic lathes, which provide the processing capacity of producing 1 million pieces per year. We have high-precision (± 0.002) digital lathe processing. The... moreCNC TURNING
https://www.richconn-cnc.com/cnc-turning/ />
#cheap #cnc #turning
We have 50 CNC automatic lathes, which provide the processing capacity of producing 1 million pieces per year. We have high-precision (± 0.002) digital lathe processing. The turning range is from 1mm to 1200mm. Shaft, rod, tube, and circular machining are the main machining types of turning. The surface processing of non-concentric parts such as knurling can be completed through special tooling fixtures. CNC turning services are especially suitable for the processing of large quantities of parts. By increasing automatic feeding, simultaneous processing of multiple tools, and increasing the number of workpieces, the processing of CNC machining parts with the same quality can be optimized, which can greatly improve the machine efficiency and reduce the processing cost.
What Is CNC Turning?
CNC turning operation is the most common machining method in machining. The main working principle is: through the high-speed rotation of the workpiece on the machine tool, the tool shifts in the axial and vertical axes, so that the blade cuts off some CNC machining materials of the interfering parts. NC turning is a way to distinguish manual turning. Manual turning depends on manual control of machine speed and feed. CNC automatic lathe turning is a way to realize semi-manual machining by manually setting machine parameters.
What Is The Difference Between CNC Turning And Milling?
Ordinary turning and milling; Description and difference between CNC turning and CNC mill turn: in common processing technology, turning is through rotating parts, the tool and material are in point contact, and the material is cut through the tooltip (blade). Milling is by turning the tool. The material and the tool are in line contact.
More material per unit volume can be removed at one time through the blade. There is no essential difference between the two, and there is little difference in machining efficiency and precision. Compared with ordinary turn-milling, CNC turn-milling has higher efficiency.
A programmable controller is used to replace part of manual work, and automatic machining in CNC precision turning is realized through program control to speed and tool path. Ordinary turn-milling requires manual selection of parameters such as speed and feed rate.
Through the manual operation, it has high requirements for workers' experience. CNC turning and precision CNC milling have higher requirements for program writing, which requires reasonable programs and accurate parameters.
At the same time, CNC turning and CNC milling have replicability and universality, which can be produced in large quantities, reduce the requirements for labor and greatly improve efficiency. With the progress of society, CNC turn-milling has greatly replaced the ordinary turn-milling process.
Applications Of CNC Turning
CNC machining is embodied in all walks of life, ranging from our common daily necessities (pots, bowls, cookers) to various parts of aerospace, from automobiles, ships, engineering machinery, agricultural machinery, communication, electronics, and other industries, Basically all manufactured goods can be processed by NC.
Daily necessities, especially small household appliances, such as commonly used metal cutting tools and tableware, are especially suitable for some processes to adopt CNC numerical control processing because of their large quantity and standardized processing requirements. In particular, we can provide automatic feeding and reclaiming processing, which greatly improves efficiency and reduces the cost.
The parts and components of the automobile industry have the characteristics of high volume and strict requirements. The contemporary automobile has a great rate of resistance to the improvement of automation efficiency in the manufacturing process and the decline in cost. NC machining is applied to all processes of the automobile industry, including engines, gearboxes, shafts, and other parts of all models of trucks, cars, and off-road vehicles.
Most mechanical parts of engineering, agricultural machinery, and other machines use CNC processing technology, including various shafts, valves, crankshafts, connecting rods, seals, and other parts.
Due to its large quantity and high precision requirements, communication and electronics are widely used in NC machining, from communication base station radiators to daily mobile phone cameras, watch shells, and parts of non-standard automatic manufacturing equipment. The industries described above are only part of the application scenarios. The manufacturing industry is the foundation of all products in all industries and the foundation of society. According to statistics, the proportion of NC processing in China's domestic processing industry is only 15%, and the proportion of NC processing in European and American developed countries is as high as 30% to 40%. Domestic CNC turning factory is concentrated in the Pearl River Delta and Yangtze River Delta, We have both labor and supply chain advantages in Shenzhen to provide customers with fast and high-quality processing technology services.
Advantages Of CNC Turning
Advantages and characteristics of CNC machining:
01
Rapid processing and production in large quantities and short supply cycle. Through the batch copy processing of the program in CNC vertical turning center, without human intervention, multiple machine tools can be processed at the same time, reducing labor and improving efficiency. The cycle can be calculated by hour.
02
The sampling cycle is short and the quality is guaranteed. The program is automatically imported, simulated processing, and automatic production to reduce manual errors. The samples can be produced by CNC turning operation quickly every day. The processing accuracy can be tested at any time in the production process to ensure quality.
03
The appearance accuracy and quality are guaranteed: we invite professionals to make efficient enterprise processes for the enterprise according to our own enterprise characteristics, so that each processed part has a beautiful appearance (no scratches) and consistent size progress (in line with the design requirements), and introduce independent surface treatment and flexible packaging in later surface treatment and transportation so that customers can receive perfect products. less
-
CNC PLASTIC MACHINING
https://www.richconn-cnc.com/cnc-plastic-machining.html />
#plastic #cnc #milling
The characteristics of CNC plastic machining material are defined by the melting point temperature (150 ° to 450 °) and the use environment... moreCNC PLASTIC MACHINING
https://www.richconn-cnc.com/cnc-plastic-machining.html />
#plastic #cnc #milling
The characteristics of CNC plastic machining material are defined by the melting point temperature (150 ° to 450 °) and the use environment (ordinary plastics and engineering plastics). When CNC is processing plastic products of plastic CNC service, the material deformation and the cooperation of tooling and fixture shall be considered, We have standard operating procedures for different materials, such as tool feed and machine speed, and fully consider the novelty of materials and processing efficiency. Among them, PC, PVC, and other low melting point materials can be used as common injection molding raw materials to process the precision plastic machining products we use daily, such as mobile phone shells, water cups, tableware, and so on, we are determined to provide high-quality China CNC plastic machining products and CNC machining services China for you, contact us!
Why Choose Richconn as Your CNC Plastic Machining Manufacturer?
Richconn, as a CNC plastic machining factory, provides CNC plastic machining and plastic machining services to food manufacturing, instrumentation and materials handling industries. Our rapidly growing reputation has made CNC plastic parts our fastest-growing division. We employ the latest in CNC turning, milling, routing, cutting & associated machine and technology.
CNC Plastic Machining Applications
Medical Devices
CNC plastic machining is an excellent choice for medical devices and components due to the inherent precision afforded by the method. Medical device manufacturers trust CNC precision plastic machining to produce identical, intricate parts reliably. CNC plastic cutting and plastic CNC service meet the demands of medical device requirements.
Food And Beverage Industry Parts
CNC machining helps engineers achieve a delicate balance. Food and beverage industry manufacturers need CNC machining plastic parts that are tough enough to work around the clock, but safe and gentle enough to come into contact with the foods people eat every day.
Semiconductor Parts
Semiconductive parts are used in a range of electronic devices, including diodes, integrated circuits, transistors, and more. They are shockproof, typically compact, and can last almost a lifetime. Building these parts would not be possible without precision plastic CNC machining. Semiconductor parts and assemblies are often highly intricate and demand extremely tight tolerances and high-polish surface finishes. The precision and mechanical strength enabled by CNC plastic machining make this process ideal for the production of such parts. China CNC plastic machining produces tough parts with excellent electrical properties, which is ideal for applications such as electrical insulators, small circuits, gaskets, and watertight seals.
Automotive Industry
Automobiles require parts that can withstand various environments and levels of stress. With the CNC plastic machining of various high-performance plastics, the use of CNC plastic parts has greatly increased. Ranging from the car's exterior to the chassis, machinists utilize different plastics in making components of automobiles. Also, plastic is a good source for prototyping new car parts to be integrated into cars. Due to their ease of machining, the cycle time will be faster, and the manufacturer can bring innovations to the market earlier. less
-
CNC MILLING
https://www.richconn-cnc.com/cnc-milling/ />
#stainless #steel #cnc #milling
We have 30 CNC milling machines, which provide the processing capacity of 100，000 pieces per year, which can ensure that all surfaces are processed in place. We... moreCNC MILLING
https://www.richconn-cnc.com/cnc-milling/ />
#stainless #steel #cnc #milling
We have 30 CNC milling machines, which provide the processing capacity of 100，000 pieces per year, which can ensure that all surfaces are processed in place. We have high-precision (± 0.005) CNC milling, and the milling range is from 1mm to 1500mm. Surface, groove, taper surface, hole, special-shaped surface and other processing are the main processing scope of CNC milling services. Our enterprise has realized the networked control of multiple machine tools to realize the synchronous implementation and monitoring of the production process.
What is CNC Milling?
CNC milling is an indispensable process in modern machining. The process differs from turning is that turning is the high-speed rotation of the machined part, and the tool moves slowly along the x.y.z direction on the tool holder to cut off the material. CNC milling process adopts that the material does not move, the tool rotates at high speed on the tool holder and moves slowly along with the three directions of x.y.z to cut off the material. At the same time, NC milling machine tools are generally equipped with a tool magazine, which can automatically select the tool through the program to realize the whole process of unmanned operation, and stabilize the quality. CNC milling turning improves efficiency, and reduce the labor cost and man-made impact on quality.
What is the Difference Between Milling and CNC Milling?
With the progress of modern society, processing and manufacturing technology is also making continuous progress. The biggest change of milling processing is the progress from ordinary milling to CNC milling. The biggest difference between ordinary milling and CNC milling lies in the degree of automation and efficiency of machine control. 90% of ordinary milling operations need to be completed manually, including CNC material selection, placement, angle setting, tool selection, feed amount, feed direction, etc., including the final product taking and placing. Basically, only 10% of the work of CNC milling needs to be completed manually. The manual operation content only includes writing and debugging programs, loading and unloading materials, and checking the operation in the middle. Connecting multiple machines can greatly reduce the demand for personnel and improve efficiency.
Applications of CNC Turning and Milling
CNC milling is more applied to complex surfaces, step surfaces, helical surfaces (threads), inclined surfaces (taper surfaces), chamfers, grooves (keyways, grooves, T-grooves, etc.) with complex shapes, and complete processing of parts without replacement.
In part processing of CNC milling working, automatic tool change can greatly improve efficiency. Because of its flexible processing characteristics, NC milling is the absolute main processing technology in the whole processing industry.
Advantages of CNC Milling
01
CNC milling is especially suitable for parts with strong adaptability to materials and difficult to control size or parts with particularly complex contour shapes.
02
CNC milling operation can process parts that are difficult or impossible to be processed by ordinary turn-milling machine tools, such as linear surfaces, circular arc surfaces, etc.
03
After one clamping and positioning, the precision CNC milling machine can complete the processing of multiple processing procedures and multi-faceted and multi-type processes, such as milling, chamfering, milling round hole, drilling, reaming, reaming, boring, thread milling, and so on.
04
The equipment has a high degree of automation, especially the equipment with tool magazines and automatic tool changes. Reduce labor intensity and repeated the tooling process. When the quality needs to be checked, the processing can be stopped at any time, and the continuous production can not be adjusted after the inspection.
CNC milling is an indispensable process in modern machining. The process differs from turning is that turning is the high-speed rotation of the machined part, and the tool moves slowly along the x.y.z direction on the tool holder to cut off the material. CNC milling process adopts that the material does not move, the tool rotates at high speed on the tool holder and moves slowly along with the three directions of x.y.z to cut off the material. At the same time, NC milling machine tools are generally equipped with a tool magazine, which can automatically select the tool through the program to realize the whole process of unmanned operation, and stabilize the quality. CNC milling turning improves efficiency, and reduce the labor cost and man-made impact on quality. less
-
CNC MACHINING MATERIALS
https://www.richconn-cnc.com/cnc-machining-materials/ />
#cnc #machining #materials
CNC machining has not too many restrictions on CNC material list. Common plastics, metals, or special materials can be processed, but the... moreCNC MACHINING MATERIALS
https://www.richconn-cnc.com/cnc-machining-materials/ />
#cnc #machining #materials
CNC machining has not too many restrictions on CNC material list. Common plastics, metals, or special materials can be processed, but the processing difficulty is different, the selection of CNC machining cutting tools material and the processing parameters of machine tools are different, and the processing cost is different. In the process of design and R & D, many researchers will rely on experience to select the CNC machining materials of parts, which is reasonable and avoids most mistakes. However, it will also make products without innovation and at a high cost, and become invariable and uncompetitive products. We have experience in processing product parts from all walks of life. Our company have a good understanding of the characteristics of various CNC materials for CNC machine tools materials. Among metals, aluminium alloy is the most suitable for machining, free cutting, and die steel, and tool steel is the most difficult. Ordinary plastics are easy to process, but deformation and other factors should be considered. The hardness and deformation of special plastics are different. R & D of CNC machining material and design need to comprehensively consider and select materials according to local conditions. We are not only an CNC machining supplier but also provide ODM services (including but not limited to design consulting services).
CNC Machining Materials Slection Guide
A good product is the highest preferential treatment to most customers, and the goal of the product is our greatest pursuit. If you have a great idea (product) and detailed design, but you don't know how to choose the most appropriate CNC machining material for the parts in the product. Here, we will provide you with some help in CNC material selection. This information is also the key factor in our automotive CNC machining. Making the whole industrial chain supporting orderly will make a product shine.
This guide will provide some CNC machine tools materials properties and processing elements so that you can choose the ideal material for CNC machine:
Deeply summarize the product service environment, service life, performance, appearance requirements, and product market demand quantity; These factors will be your first step in choosing the right material for CNC machine.
The use environment is an important factor to test the CNC machining material of product parts. Temperature, humidity, pH, and their variation range are important considerations in the selection of CNC material.
Each CNC machining material has a life cycle. The internal structure and external environment of the CNC machining materials will consume the natural color of the material, especially the moving parts such as gears, bearings, shafts, oil, and gas pressure cylinders, and so on. When selecting the part materials of these key parts, we should focus on the material characteristics to match the production requirements.
Product performance and appearance are the most intuitive experience to reflect product quality. An excellent product must have excellent performance and exquisite appearance, ranging from aircraft to mobile phones. Finally, brand and quality enhance the value of the product. less
-
GMC-SERIES GANTRY MACHINING CENTER
https://www.deedmachinetool.com/products/gmc-series-gantry-milling-machining-center/ />
#cnc #machining #center #vertical
GMC series gantry mill for sale is the latest precision gantry boring and milling machining center... moreGMC-SERIES GANTRY MACHINING CENTER
https://www.deedmachinetool.com/products/gmc-series-gantry-milling-machining-center/ />
#cnc #machining #center #vertical
GMC series gantry mill for sale is the latest precision gantry boring and milling machining center jointly developed by Germany and DEED. The machine tool of gantry type machining center can complete milling, boring, drilling, rigid tapping, and three-axis linkage surface processing, and can add right angle milling head according to customer requirements to realize five side processing at one time, which can effectively improve processing accuracy and processing efficiency. Contact our cnc machining center factory for more information! less
-
CNC MACHINING AUTOMOTIVE
https://www.deedmachinetool.com/cnc-machining-automotive.html />
#cnc #industry
A car requires thousands of molds, and the manufacturing cycle and quality of molds directly affect the production cycle and quality of the car.... moreCNC MACHINING AUTOMOTIVE
https://www.deedmachinetool.com/cnc-machining-automotive.html />
#cnc #industry
A car requires thousands of molds, and the manufacturing cycle and quality of molds directly affect the production cycle and quality of the car. High-speed milling has unique advantages in automobile manufacturing. In the past few years, high-speed milling has been used as ordinary milling, or Alternatives and supplements for electrical machining have firmly established a position on par with traditional machining processes. less
-
CNC MACHINE FOR DIE MAKING
https://www.deedmachinetool.com/cnc-machine-for-die-making.html />
#machining #center #in #cnc
Choose Faster throughput, finer surface treatment, and lower cost cnc die making machine from Deed CNC.
Faster speeds. Advanced... moreCNC MACHINE FOR DIE MAKING
https://www.deedmachinetool.com/cnc-machine-for-die-making.html />
#machining #center #in #cnc
Choose Faster throughput, finer surface treatment, and lower cost cnc die making machine from Deed CNC.
Faster speeds. Advanced completion for CNC machine for mold making
Defect-free parts are essential in mold processing. Our die making CNC machines can provide excellent precision and surface finish for micro-molding of automotive, medical, packaging, household consumer products, and electronic components.
The CNC mould and die making machine is specially designed to meet the requirements of speed, reliability, modification accuracy, and surface finish, with first-class performance. less
-
AEROSPACE CNC MACHINING
https://www.deedmachinetool.com/aerospace-cnc-machining.html />
#cnc #die #making #machine
DEED Precision uses advanced technology and the best engineering solutions to provide the most accurate parts for aerospace-with fewer... moreAEROSPACE CNC MACHINING
https://www.deedmachinetool.com/aerospace-cnc-machining.html />
#cnc #die #making #machine
DEED Precision uses advanced technology and the best engineering solutions to provide the most accurate parts for aerospace-with fewer changes and the lowest possible cost.
Focusing on the market, it covers aerospace and its components, including aircraft structural components, turbomachinery components and related (by process and/or material) products. less
-
Supporting Service #custom #cnc #machining Analyze the shape, size, precision, material, and blank of parts drawing requirements, and make clear the processing content and requirements; Determine the processing scheme, cutting route, cutting... moreSupporting Service #custom #cnc #machining Analyze the shape, size, precision, material, and blank of parts drawing requirements, and make clear the processing content and requirements; Determine the processing scheme, cutting route, cutting parameters and select tools and fixtures, etc. https://www.oriensonmetal.com/cnc-machining-services/ less
-
Atlas metal strives to exceed our customers' expectation and offer competitive price, a on-time delivery will be offered while maintaining stringent standards of quality. Statistical process control techniques are used throughout the manufacturing... moreAtlas metal strives to exceed our customers' expectation and offer competitive price, a on-time delivery will be offered while maintaining stringent standards of quality. Statistical process control techniques are used throughout the manufacturing facilities as required, and the quality system implemented has successfully attained ISO 9001 certification. The obiective is to create reliable , viable and affordable molds, CNC machining parts and fast sample service for every industry.
#oem #cnc #parts
https://www.metalsatlas.com/products/cnc-parts.html less
-
CNC Milling Parts
Our Customized products are mainly used on 3C industries, lighting decoration, electrical applications, auto parts, medical equipment, intelligent automation equipment and so on. We have work with many famous companies in the world.
... moreCNC Milling Parts
Our Customized products are mainly used on 3C industries, lighting decoration, electrical applications, auto parts, medical equipment, intelligent automation equipment and so on. We have work with many famous companies in the world.
#cnc #machining #milling #parts
https://www.metalsatlas.com/products/cnc-milling-parts.html less
-
With hundreds of CNC machines, our unmatched in-house capacity ensures your cnc machining parts are shipped on-time, every single time. At Protolabs, our ISO9001-certified CNC machining facilities are designed for both rapid prototyping and low-volume... moreWith hundreds of CNC machines, our unmatched in-house capacity ensures your cnc machining parts are shipped on-time, every single time. At Protolabs, our ISO9001-certified CNC machining facilities are designed for both rapid prototyping and low-volume production of end-use components.
#cnc #machining #companies #in #china
https://www.metalsatlas.com/products/cnc-machining-parts/ less
-
Atlas metal specializes in the production of all kinds of precision hardware parts, fixture and automation equipment for more than 15 years, with years of processing and management experience with listed companies, products are widely used in... moreAtlas metal specializes in the production of all kinds of precision hardware parts, fixture and automation equipment for more than 15 years, with years of processing and management experience with listed companies, products are widely used in electronics, machinery, automobile and other fields, we have gain a great reputation in the domestic and international customers .
#cnc #machining #brass #parts
https://www.metalsatlas.com/products/cnc-groove-parts.html less
-
Sheet metal fabrication is cutting thin metal sheets into desired shapes which are carried out using 3D CAD files. The 3D CAD files are transferred to the cutting machine, which cuts the sheet metal using the provided CAD file.
Sheet Metal Fabrication... moreSheet metal fabrication is cutting thin metal sheets into desired shapes which are carried out using 3D CAD files. The 3D CAD files are transferred to the cutting machine, which cuts the sheet metal using the provided CAD file.
Sheet Metal Fabrication Design: To manufacture the desired sheet metal component, a proper set of design drawings are a must. We facilitate the production of these designs by providing Solidworks sheet metal design and sheet metal drawings for accurate component manufacturing.
Silicon Engineering Consultants LLC is a leading provider of CAD and BIM services for the American AEC and manufacturing industry. We have worked on various projects concerning the CAD and BIM aspects. We provide expeditious CAD solutions to our clients.
Detailed Info: https://www.siliconconsultant.com/shop-drawing-services/sheet-metal-design.html />
#CAD #AutoCAD #SheetMetal #CNC #Engineering #Outsourcing #Nearshore #Manpower less
-
PVD COATING
https://www.richconn-cnc.com/pvd-coating/ />
#cnc #plastic #machining
PVD coating, as we usually call it, refers to vacuum ion plating and vacuum sputter plating; Generally speaking, ncvm coating refers to vacuum evaporation coating. The... morePVD COATING
https://www.richconn-cnc.com/pvd-coating/ />
#cnc #plastic #machining
PVD coating, as we usually call it, refers to vacuum ion plating and vacuum sputter plating; Generally speaking, ncvm coating refers to vacuum evaporation coating. The basic principle is to vaporize the coating material under vacuum, and then deposit it evenly on the surface of the target part through electrons. The advantages of PVD are: good adhesion of coating (good mechanical properties), strong winding ability (adjustable target position and electroplating path), good coating quality (dense, uniform, high strength and long service life), simplified cleaning process (with cleaning function), and a wide range of plating materials (metal and non-metal can be plated). less
-
MANUFACTURING CNC MACHINING
https://www.richconn-cnc.com/manufacturing-cnc-machining.html />
#cnc #machining #surface #finish
We are making continuous progress, optimizing internal management, providing processing and CNC manufacturing equipment services... moreMANUFACTURING CNC MACHINING
https://www.richconn-cnc.com/manufacturing-cnc-machining.html />
#cnc #machining #surface #finish
We are making continuous progress, optimizing internal management, providing processing and CNC manufacturing equipment services with more types and fewer orders for the equipment manufacturing industry, optimizing process, equipping equipment, and adhering to quality first and customer first. less
-
VMC-SERIES VERTICAL MACHINING CENTER
VMC-series Vertical Machining Center is mainly suitable for processing complex parts such as plates, discs, molds, and small shells. The vertical machining center can complete the processes of milling, boring,... moreVMC-SERIES VERTICAL MACHINING CENTER
VMC-series Vertical Machining Center is mainly suitable for processing complex parts such as plates, discs, molds, and small shells. The vertical machining center can complete the processes of milling, boring, drilling, tapping, and thread cutting.
#cnc #vmc #for #sale
https://www.deedmachinetool.com/products/vmc-series-vertical-machining-center/ less
-
Vt series is a vertical drilling center independently designed and developed by our company. The product has the structural characteristics of high speed, high precision, high rigidity, and high reliability. It can work continuously and normally under... moreVt series is a vertical drilling center independently designed and developed by our company. The product has the structural characteristics of high speed, high precision, high rigidity, and high reliability. It can work continuously and normally under specified environmental conditions with stable precision. The machine tool is widely used in the 3C industry, 5g, it, aviation, aerospace, auto parts, small mold processing, medical devices, and other industries, especially for high-efficiency processing of high-yield parts and non-ferrous metals.
#cnc #tapping #tool
https://www.deedmachinetool.com/products/cnc-tapping-machine/ less
-
The spindle adopts high-precision SKF spindle bearings, equipped with spindle annular external cooling and spindle bearing dilute oil lubrication cooling technology, to ensure long-term high-precision operation of the spindle. Temperature sensors are... moreThe spindle adopts high-precision SKF spindle bearings, equipped with spindle annular external cooling and spindle bearing dilute oil lubrication cooling technology, to ensure long-term high-precision operation of the spindle. Temperature sensors are designed at the front and rear ends of the spindle bearing to monitor the temperature of the spindle bearing in real-time to prevent damage to the bearing due to excessive bearing temperature.
#metal #milling #machine #cnc
https://www.deedmachinetool.com/products/cnc-milling-and-boring-machine/ less
-
CNC LATHE ADVANTAGES
Imported spindle unit specially ordered according to industry needs. V-ribbed belt transmission, more stable.
Multiple sealing structures, prolong service life.
Φ180 combined bearing, compared with Φ160 bearing combination... moreCNC LATHE ADVANTAGES
Imported spindle unit specially ordered according to industry needs. V-ribbed belt transmission, more stable.
Multiple sealing structures, prolong service life.
Φ180 combined bearing, compared with Φ160 bearing combination configured by other manufacturers, further improves rigidity, load-carrying capacity, and stability.
#twin #spindle #cnc #turning #machine
https://www.deedmachinetool.com/products/cnc-lathe/ less
-
5 AXIS GANTRY MACHINING CENTER
600*600mm large cross-section ram to ensure that even when the ram is overhung, it maintains strong cutting rigidity. X/Y axes are each equipped with 4 roller-type linear guides, equipped with a high precision grating... more5 AXIS GANTRY MACHINING CENTER
600*600mm large cross-section ram to ensure that even when the ram is overhung, it maintains strong cutting rigidity. X/Y axes are each equipped with 4 roller-type linear guides, equipped with a high precision grating feedback system, with greater dynamic and static loading capacity and stronger motion vibration resistance.
#cnc #gantry #5 #axis
https://www.deedmachinetool.com/products/5-axis-gantry-machining-center/ less
Loading ...
There are no more results to show.
Find in Members
Find in Channels
Find in Projects
