Whether you are developing new products or prototyping in the medical industry, We can offer you fast prototyping design to mass production services for high-quality CNC machining for medical devices at competitive prices.
As a leading medical device prototype manufacturer specializing in rapid prototyping medical devices and CNC machining for medical industry. Since 2010, we’ve been delivering high-precision medical prototypes and components. In the production of medical components, the utmost quality and precision are crucial for ensuring patient safety and treatment effectiveness. Therefore, we maintain an exceptionally low error rate, with CNC machining tolerances as tight as ±0.005mm.
For your next medical product parts project, reach out to us and explore how we can assist with your custom medical parts and component requirements.
As a leading medical device prototyping company. With over 15 years of experience, we specialize in medical device prototyping and CNC machining medical devices for the most demanding applications.
For each medical device parts processing project, we adhere to strict tolerances, and the dimensional tolerance can reach ±0.005mm. There are professional engineers and quality inspection teams to follow up to ensure part accuracy.
In order to quickly help and assist customers in product development and verification in the medical device industry, we are specially equipped with 100 advanced CNC machining equipment and 2 full-time rapid prototyping teams, from DFM analysis prototype processing design to mass processing production, the fastest delivery is 24 hours.
Just upload your design file and get instant CNC within 2 hours Quotation. Our engineering will calculate the CNC machining quotation for you instantly, and provide a quotation cost analysis table to provide you with a competitive price.
With nearly 100 3/4/5-axis CNC milling machines, technicians process 7*24 hours, and produce 50,000 parts per day. Ensure zero delay in delivery.
We have a complete quality control management department, IQC, IPQC, and FQC. The first inspection, patrol inspection, and shipment reports are retained and archived for two years. From raw materials to shipment, we have dedicated personnel to follow up and share transparently in real-time. We have an advanced measurement laboratory equipped with high-precision inspection instruments such as three-dimensional and two-dimensional projectors, automatic testing equipment, etc.
15+ surface finishing options, a surface treatment factory with 10 years of cooperation, 2 professional surface treatment engineers select suitable and cost-effective surface treatment according to your specific needs and process control of the surface treatment process, and the yield rate can reach 99.98%.
We have passed ISO9001:2015 and IATF16949 and SGS on-site factory audits. There are also 12 patent certificates and material test reports. This proves our CNC machining manufacturing capabilities and technology, which can complete and provide you with the best medical device CNC machining parts services, ensuring that each part size, performance, and strength meet your highest requirements.
We produce high-precision CNC machining parts for medical equipment, including a wide range of components for various medical applications.
High-precision CNC machining components for various medical devices and implants, produced under strict ISO 9001quality management systems. Ensures accurate dimensions, superior surface finish, and full traceability to meet stringent regulatory requirements.
Custom CNC machining with aerospace-grade aluminum for lightweight, high-strength, and corrosion-resistant medical equipment parts. Ideal for surgical table accessories and imaging equipment mounts, with ±0.005 mm precision and optional anodizing for durability.
Five-axis CNC milling for complex medical device components, enabling multi-angle precision cutting with minimal setups to reduce errors. Suitable for high-accuracy minimally invasive instruments and endoscopic parts with consistent repeatability.
Micro-tolerance machining services for critical medical components such as ultrasonic scalpel tips, heart pump parts, and blood analyzer cores. Ensures stable performance under high vibration, pressure, and temperature variations.
We provide one-stop processing services for medical devices, using advanced technologies to produce high-quality medical prototypes and components.
We maintain rigorous quality standards for all medical prototypes and CNC machining parts for medical equipment, ensuring compliance and reliability. As a leading medical device prototype manufacturer, we’ve established a complete quality control management system with IQC, IPQC, and FQC processes. All inspection reports are retained and archived for two years, ensuring full traceability for your medical devices.
We have extensive experience working with a wide range of materials suitable for medical devices, ensuring biocompatibility and meeting industry standards. 40+ metal and plastic materials can be used for medical industry parts needs. Professional engineers can select the right metal and plastic materials for your medical product development. The following are common medical device component materials:
Stainless steel can be used in medical device parts because of its excellent corrosion resistance, which can resist the erosion of body fluids and disinfectants; high strength, which ensures the safety and reliability of medical devices; good processing performance, which meets the needs of precision manufacturing; and easy cleaning and maintenance, which reduces the risk of infection. These characteristics make stainless steel an ideal material for medical device parts.
Titanium can be used in medical device parts, mainly due to its unique properties. Titanium has excellent biocompatibility and is harmless to the human body. At the same time, it is high in strength and corrosion-resistant, which can ensure the durability and safety of medical devices. In addition, titanium is lightweight, which helps reduce damage during surgery. Therefore, titanium has become an ideal choice for medical device parts.
Lightweight, corrosion-resistant, and easy to machine, aluminum is widely used in medical device manufacturing where strength-to-weight ratio and thermal conductivity are important. Its excellent biocompatibility and ability to be anodized make it suitable for surgical instruments, diagnostic equipment frames, and structural components.
6061 Aluminum – Versatile and cost-effective, offering good strength, corrosion resistance, and machinability. Commonly used for surgical table accessories, imaging device brackets, and enclosures requiring moderate strength and precise dimensions.
7075 Aluminum – High-strength aerospace-grade alloy with excellent fatigue resistance, ideal for load-bearing medical components such as orthopedic surgical guides and robotic arm linkages where rigidity is critical.
PC can be used in medical device parts because it has excellent physical properties, such as high strength, good rigidity, high transparency, etc., which can meet the material performance requirements of medical devices. In addition, PC also has good chemical corrosion resistance and thermal stability, and can withstand cleaning and disinfection treatments to ensure the safety and hygiene of medical devices.
Nylon can be used in medical device parts because it has good biocompatibility and will not have harmful effects on the human body. At the same time, its excellent mechanical properties and wear resistance ensure the durability and reliability of medical devices. In addition, Nylon has excellent processing performance and can meet the manufacturing needs of various complex shapes and precision. Therefore, Nylon is one of the ideal materials for medical device parts.
PEEK can be used in medical device parts because of its excellent mechanical properties, biocompatibility and chemical stability. It has high strength and high wear resistance, which can ensure the durability of the device; at the same time, its good biocompatibility can reduce irritation to the human body; and it is resistant to chemical corrosion and adaptable to a variety of use environments. Therefore, PEEK is an ideal material for medical device parts.
15 years of experience in customizing high-quality exterior parts CNC machining manufacturers, integrating multiple supply chains, achieving multi-process coordination, multiple material combinations, and customizing 40+ surface treatment processes.
According to customer requirements, according to different effects and materials, we provide customers with many kinds of surface treatments, such as oxidation, sandblasting, polishing, electroplating, powder spraying, baking paint, PVD, laser engraving, blackening, wire drawing, heat treatment, etching, etc. In addition to the above conventional surface treatments, there are also a variety of special surface treatments. Please refer to the attached picture.
CNC machining supports a wide range of medical parts, from early-stage prototypes to production-ready devices, ensuring precision, reliability, and regulatory compliance.
A customer’s words have a more substantial impact than a company’s claims – and see what our satisfied customers have said regarding how we fulfilled their requirements.
We have manufactured more than 2,000 medical parts projects, providing prototype processing design and mass production for many medical industry companies, providing the best solutions. We have professional CNC machining and manufacturing capabilities and a complete quality management system to ensure that the yield rate of medical parts reaches 99.98%.
Get your instant quote today. Take advantage of our 2-hour instant quotation for medical device prototypes and CNC machining for medical devices. Our experts will provide manufacturing feasibility solutions within 4 hours.
Over the past 15 years, our business has spread to 62 countries around the world. We provide CNC machining services to customers in various industries. No matter how complex the parts are, or what technical problems you encounter, we can find solutions and provide you with professional services.
1. Are you ISO certified?
Yes, We have ISO9001:2015, IATF16949, SGS annual field verification certificates, 16 patent certificates, and high-tech enterprise certificates.
2. How long is the sample delivery time?
We have 100 imported equipment and 2 efficient proofing teams, able to complete sample production within 3 days and deliver on time within 7 days. We use advanced equipment, professional teams and efficient production processes to provide customers with high-quality and efficient services.
3. Are your materials standard? / Can you provide material reports?
We all use new and standard materials, not secondary recycled materials. Our material composition is standard, and we can provide third-party test reports from SGS, CTI, TUV, etc. Please see the attachment.
4. Can the delivery date be guaranteed?
At present, VMT is equipped with two processing teams that specialize in handling small batches or samples. Samples can be completed within 24 hours at the fastest, better serving customers in the early verification stage. At the same time, VMT has 100 devices, which run 24 hours a day to meet the fast delivery requirements of customers. In addition, VMT has a stable outsourcing supplier who has cooperated with us for more than 10 years to assist in the fast shipment of samples and large batches. If there is an unexpected delay in delivery, we can bear the relevant costs according to customer requirements.
5. What is your MOQ? Can you do small batch proofing/ small quantity?
Order quantity can start from 1pc. Any big order starts from a small order, just like a baby, it needs to grow step by step. Another more important reason is that in the current economic situation, orders from all industries tend to be in small batches. If we give up small batch orders, we will give up the entire market. Accepting small batch orders is one of the necessary conditions for a company’s future survival.
How CNC Machining for Medical Purposes Differs From Other Industries?
Medical CNC machining demands tighter tolerances, biocompatible materials, and compliance with regulations such as ISO 13485. Production often involves micro-scale features, complex geometries, and rigorous sterilization compatibility. Unlike general industries, every part must meet traceability and documentation standards to ensure patient safety and meet healthcare regulations.
Why Precision is Important in Medical CNC Machining?
Precision ensures that implants fit perfectly, instruments function reliably, and devices perform consistently. Even minor deviations can cause implant failure, surgical errors, or patient harm. High accuracy also guarantees repeatability, enabling multiple identical parts to function interchangeably in critical medical applications.
