Prototyping and rapid manufacturing are essential steps in the development of medical devices. They allow medical device manufacturers to create functional prototypes quickly and efficiently, test the prototypes for usability, and refine their designs before moving into the final production phase.
Jucheng Precision provides comprehensive rapid prototyping and manufacturing services tailored to the medical industry. Whether you require surgical instruments or large medical devices, our team of engineers can guide you from concept to tangible plan.
Medical Device Prototyping And Low-volume Manufacturing of Parts
Jucheng Precision Medical device prototyping Application
Custom Machined Plastic Housings
Handheld Devices
Medical Cosmetelogy
Dental Instruments
Surgical Robots
Surgical Instruments
Prosthetic Components
Scanner Components
Ultrasonic Equipment
Implantable Devices
Electronic Apparatises
Medical Treatment Devices
Medical Menitor instruments
Surgical Tools
Protective Gear
High Precision CNC Machining For Medical Components
Jucheng Precision specializes in producing operational prototypes for high Precision Medical Device Components by 3 & 5 axis Mirco-milling and turning.Meanwhile, we combine manufacturing processes such as surface grindering,wire cutting & EDM, to create the most ideal precision machining process.
We specialize in precision machining of complex geometric details, and medical grade material like Stainless steel and titanium with the highest efficiency and precision.
Custom Machined Plastic Housings Medical Device Enclosures
Low Volume Manufacturing from 1PCS to 10,000 PCS.
Prototyping and Low Volume manufacturing are essential steps in the development of medical devices. They allow medical device manufacturers to create functional prototypes quickly and efficiently, test the prototypes for usability, and refine their designs before moving into the final production phase.
Low volume manufacturing is a great option for medical enclosures and custom Machined plastic housing. The process involves the production of a small number of parts using manufacturing techniques such as CNC Machining, 3D printing,urethane casting and Reaction Injection Molding.
Rapid Injection Molding For On-Demand Manufacturing Of Medical Devices
Rapid injection molding is an excellent option for medical device manufacturers requiring low-volume molded parts.
By using rapid injection molding, it saves time and money while producing high-quality parts that meet the necessary requirements. This process enables the manufacturer to create functional prototypes and test their designs before proceeding with full-scale production.
Jucheng Precision Medical Device Prototyping And Parts Manufacturing
Jucheng Precision specialize in diverse manufacturing methods to rapidly transform your designs into reality. Our team will collaborate with you throughout each stage of the automotive design and development process.
⦁ Advanced 3D printing technologies can now produce a diverse range of medical devices, parts, prototypes, and equipment with complex geometries, in a cost-effective and customizable way.
⦁ Urethane casting is a cost-effective and versatile method of small-scale rapid manufacturing that is well-suited for use in medical device development.
⦁ Reaction injection Molding is suitable for the quantity from 100-1000 PCS. It is often used to make Plastic Housings & Medical Device Enclosures ⦁ The largest casting workpiece: 2000mmX1200mmX1000mm, 20KG.
⦁ Over 35 high-precision injection molding machines ranging from 50T to 3200T, as well as medical grade non-dust and oil spout workshops. We provide you with final molded products within 2-5 weeks.
and finishes, allowing you to choose the most suitable ones for your specific requirements.
Medical Device materials
Engineering-Grade Plastic Material:
ABS, Nylon (PA), Polycarbonate (PC), PEEK
Rubber:
NBR (nitrile -butadiene rubber)
Die-casting 8400
Aluminum Alloys:
AL6061, 7075, and 2024
These alloys are known for their strength, durability, and corrosion resistance, making them suitable for use in medical equipment and devices that require high precision and reliability.
medical device prototypes can be finished using a range of techniques to improve their appearance and functionality. Some of the common finishes for medical device prototypes include sandblasting, anodizing, electroplating, painting, and powder coating.
These finishes can improve the appearance, durability, and performance of the prototypes, making them more suitable for testing and validation purposes.
