about INVITECH:

Invitech is a professional manufacturer of precision metal stamping and metal insert molding. Our core technology team specializes in precision progressive die stamping and metal insert molding for more than 30 years.

to ensure the highest precision and accuracy of mass production parts, all of our progressive dies and injection molds are developed, produced and used in production by our own team. In addition, we have set up an automation team to independently develop assembly automation equipment to achieve full automation and maximum efficiency of the production process. Therefore, our team has accumulated rich experience of precision mold technology in the past decades, which also laid the foundation for excellent quality of our products to meet the global customers' requirements.

We implement 5S management, TPM equipment management and pass IATF16949 certification. with an excellent quality management system, we have won the trust of the global customers and become a strategic partner of PHILIPS and OSRAM for more than 20 years.

We are committed to providing one stop solution including precision metal stamping, deep drawing and metal insert molding to our top customers in a wide range of industries around the world. We will provide you with comprehensive consulting services and customized development according to your needs. We look forward to further cooperation with you.

 

Metal stamping service:

We use progressive die production technology, Which can achieve high precision and mass production. the processing materials used are stainless steel, iron, aluminum, copper and other metal materials.

We use automated punches with extremely fast punching speed, Which can reach 800-1200 strokes per minute.

Processing range:

Material thickness: 0.1-2.0mm

the advantages:

We can minimize the mold parts to save raw materials.

We can design and manufacture all kinds of connector terminals, shells, Shrapnel, Etc., and have accumulated rich experience in the manufacture of SUS301-EH shrapnel.

for some stamping parts with high-quality requirements, we can realize that there is no machined trace or burr in the conductive contact part, and nO material is turned over on the product contact surface.