Jenitek operates three manufacturing bases spanning 30,000 square meters in Suzhou, China. Guided by our corporate vision and mission, and grounded in rigorous precision standards, Jenitek has become a trusted global OEM manufacturing partner specializing in high-precision medical components, implants, precision subassemblies, minimally invasive devices, and surgical instruments.

Backed by decades of medical manufacturing expertise, Jenitek offers ISO 13485-certified, FDA-registered, and NMPA-compliant production facilities designed to support customers from concept through commercialization. Across more than 300,000 sq. ft. in total, our advanced operations include 20,000 sq. ft. of ISO Class 7 cleanrooms and 10,000 sq. ft. of ISO Class 8 cleanrooms, with every production process managed under full GMP compliance.

Our comprehensive in-house manufacturing capacities encompass Micro-Machining, Precision Grinding, Micro Injection molding, Laser & EDM, Micro Coiling, Precision Welding, Resistance Welding, Nitinol Processing, Surface Treatment, as well as cleanroom and controlled-environment assembly.

 No.70 Emeishan Road, SND Suzhou 215153, Jiangsu, China
 4th Building, No. 588 Wutaishan Road, SND Suzhou 215153, Jiangsu, China
 No.199 Putuoshan Road, SND Suzhou 215153, Jiangsu, China

Delivering Precision for Equitable Care

To deliver dependable medical solutions through continuous innovation in precision manufacturing

Precision manufacturing for trusted and equitable healthcare is at the core of our corporate ethos. Driven by this principle, we continuously advance precision manufacturing technologies with World-Class Ultra-precision equipment to deliver consistent, reliable, high-quality medical products. Our facilities operate under rigorous quality management systems, ISO 13485-certified, FDA-registered and NMPA-compliant. Through precision-driven innovation and uncompromising quality, we strive to break down barriers to high-quality medical resources and advance equitable healthcare worldwide.

Our technical team brings together senior engineers and compliance professionals, most with more than decades of practical experience in medical precision manufacturing. Our core expertise includes nitinol processing, ultra-micro machining, high-precision laser welding and cleanroom medical assembly. Well-versed in ISO and FDA regulations, we work closely with clients throughout every stage of development and production, providing DFX evaluations, material validation, prototype testing and mass production tuning to help resolve various custom manufacturing challenges.

With decades of experience in medical contract manufacturing, Jenitek has built robust production processes and rigorous quality control systems. We have built long-standing partnerships with leading global medical manufacturers, successfully delivering millions of components and assemblies for projects covering minimally invasive instruments, orthopedic implants, cardiovascular components and diagnostic device parts. Our extensive experience serving clients across Europe, American, Japan, and Middle-East markets has equipped us with a deep understanding of international regulatory and industry standards. We maintain consistent precision and high yield rates for both prototyping and large-scale mass production. Drawing on extensive hands-on project experience, we work closely with clients to optimize product design and manufacturing processes, accelerate development timelines and reduce overall production costs.

Equipped with fully imported Swiss machinery, we deliver consistent high-precision performance and superior quality from prototype development to full-scale production. We provide end-to-end precision micro contract manufacturing services, supporting the entire journey from concept to finished medical devices. Our experienced team provides integrated manufacturing solutions and assists with specification optimization through Design for Manufacturing (DFM), Design for Assembly (DFA) and Design for Test (DFT). Working closely with your R&D team, we develop pre-production prototypes, validate designs, and identify opportunities to optimize performance, manufacturability, and cost-efficiency.