In modern manufacturing, precision machining part plays a crucial role in various industries. Precision machining mainly includes two major processes: CNC Turning and CNC Milling. The CNC turning factory specializes in high-speed, high-precision machining of cylindrical parts, while cnc milling machine aluminum is used for milling complex surfaces and multi-angle components. Video of CNC Milling:
1. Main Equipment
CNC Lathe (Used for CNC Turning, processing shaft and ring-shaped parts)
CNC Milling Machine (Used for CNC Milling, processing surfaces, holes, and complex contours)
Five-axis CNC Machining Center (For high-precision complex parts processing)
EDM, Grinding Machine, and Wire Cutting Machine (For high-hardness materials and precision parts machining)
Image of CNC Lathe: Image of CNC Milling Machine:
2. Processable Materials
Metal Materials: Aluminum alloys (Al6061, Al7075), stainless steel (SUS304, SUS316), copper alloys, titanium alloys, tungsten steel, etc.
Engineering Plastics: POM, PEEK, ABS, PC, PTFE, etc.
Below is an image of Component test fixtures for semiconductor industry made from PEEK material:
Precision Machining Products and Application Industries
1. Automotive Components
CNC machining for car parts
cnc milling machine aluminum for wheels and engine components
cnc machining rims
cnc machining wheels
car parts maker
2. Medical Device Components
CNC machining for medical devices
medical device injection moulding
plastic injection components
injection molding plastic products
3. Semiconductor Industry Components
cnc parts of semiconductor
Chip test fixtures for semiconductor industry
Component test fixtures for semiconductor industry
Spare parts for lithography machines
4. Other Precision Manufacturing Industries
Precision machining parts for other industries
automatic component manufacturers
machining parts manufacturers
Precision Machining Process
Design Stage: Customers provide technical drawings, and our engineering team offers optimization suggestions.
Material Selection: Choose the appropriate metal or plastic materials.
Programming:
CAM Programming: Use professional software (such as Mastercam, UG NX, PowerMILL) to generate CNC machining codes, optimize tool paths, and improve machining efficiency.
Tool Selection: Choose suitable tools (such as carbide tools, drills, milling cutters, and turning tools) based on material properties and machining requirements.
Machining Strategies: Set feed rate, cutting depth, spindle speed, and other parameters to ensure optimal machining results and precision.
Simulation and Optimization: Conduct numerical control program simulation before actual machining to avoid collisions and improve production stability.
Quality Inspection: Use 2D measuring instruments (CMM) and 3D coordinate measuring machines (CMM) for dimensional inspection. Small batch products undergo nearly full inspection, and each batch is accompanied by a dimension report.
Delivery Stage: Products are packaged and shipped to customers.
Vanmodel’s Core Competitiveness
Extensive Experience: Established in 2006, Vanmodel has accumulated 18 years of industry experience, continuously optimizing Precision Machinery Parts Processing to enhance manufacturing capabilities.
High Precision Manufacturing: Equipped with advanced facilities, our CNC machining accuracy reaches ±0.005mm, ensuring the quality of custom precision parts.
Strict Quality Control: Vanmodel has a comprehensive quality management system, including advanced measuring instruments such as 2D and 3D coordinate measuring machines (CMM). Small batch products undergo nearly full inspection, and each batch is provided with a dimension report.
Global Partnerships: We have established long-term collaborations with clients in multiple countries, covering industries such as car part manufacturers, automobile parts company, car parts companies.
One-stop Service: As not just a CNC machining company, we also operate a plastic moulding factory, offering end-to-end solutions from design to production.
Contact Us
If you require precision machining part, feel free to contact us. Please provide your technical drawings, and we will offer a quick quotation and sample.
In today’s automotive manufacturing industry, injection molding for automotive parts has become one of the essential core processes. As demands for lightweight construction, high performance, and complex structures increase, automotive component manufacturers are increasingly relying on efficient, precise automotive injection technologies. Vanmodel, leveraging deep experience and advanced equipment, is dedicated to providing customers with high-quality molds and custom part solutions.
This article will explore the injection molding machine components and plastic mold design through diagrams and explanations, dive into the advantages of injection moulding, and introduce key points of medical injection moulding, helping customers understand Vanmodel’s technology and services in the injection molding field.
Introduction to Injection Molding Design for Medical Devices
In the field of medical devices, medical device molding and medical injection moulding play a crucial role. To ensure product safety, precision, and stability, the design stage of injection molding is particularly important. Through professional plastic mold design and reasonable material selection, we can effectively enhance the performance and quality of medical device plastic parts.
As the global manufacturing industry continues to increase its demand for high-precision and high-efficiency plastic products, Vanmodel has become an important global custom mold supplier in China. Among them, Vanmodel has performed well in many fields such as high-precision plastic injection molding and medical molding with its strong engineering team, advanced equipment and rigorous quality control system, and has won recognition from global customers.
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