When you’re ready for production, you should have confidence in your custom injection molding partner.
For over 23 years, Natech Plastics has expertly produced injection molded components for clients. Our services include custom medical injection molding, cleanroom manufacturing, and quality control to ensure your product can be scaled for high-volume production.
Natech provides mid- to high-volume automated and semi-automated manufacturing of plastic injection molded components and assemblies. All 14 injection molding presses feature servo-driven robotics for high-speed automation.
- >25,000 sq ft of Manufacturing Space
- 3 Manufacturing Facilities
- ISO 9001 & ISO 13485 Certified
- 40-400 Ton Injection Molding Machines
- R&D Molding
- Precision Low & High Volume Molding
- Insert & Over Molding
- Scientific Molding Process
- Class 8 Cleanroom
- Lights-out Manufacturing
Medical Injection Molding
We specialize in custom injection molding for novel and life-changing medical devices. Manufacturing medical components requires expertise and a high-level of process control. At Natech, we have been manufacturing products for the medical industry for more than two decades.
Our engineering, processing and quality teams work hand-in-hand with you to mold your complex medical devices and sub-assemblies.
Design for Injection Molding (DFIM)
Natech optimizes plastic part design for injection molding. Many factors can affect part quality during the injection molding process, like wall thickness, gate location, and material options. We focus on how mold design impacts part design, which is critical when transitioning into injection molding.
There are also thousands of materials and material combinations. The material you choose impacts everything from product quality and appearance to part functionality. Natech helps you select the right material or material blend for your application.
Natech Plastics consistently supports high-volume production of medical and diagnostic devices. We work with clients to produce low volumes for R&D and proof of concept, and then scale with them to millions of parts.