Precision Stamping

In support of our insert molding capabililties, Adventec has vertically integrated the design, build and production operation of precision progressive dies for stamped terminals and lead-frames. The result is a cost-effective and highly reliable solution for copper alloys or ferrous metal inserts.

Connect with us

Precision Stamping Capabilities

  • Switch substrates and electro-mechanical actuator lead-frames
  • Full range of plating options including selective
Adventec - Precision Stamping, high speed stamping image
  • High speed Stamping – 30T / 75T / 100T
  • In-house design and build of progressive dies
  • High precision integrated presses support synchronous automated insert molding

Industries we serve

Our Clients

Testimonials

The bobbin for coil winding is the heart of the switching relay and is a challenging high volume plastic component. The incumbent supplier had significant process variation that caused inefficiencies and yield issues in our relay assembly. Adventec brought a creative tooling and production solution that quickly won them preferred supplier status for the component. Their implementation of high speed & high volume cavity separation allowed us to tune our lines and achieve new levels of throughput and yields

On a critical wire-harness to seat switch assembly, Adventec achieved unprecedented reliability by changing the paradigm of ultrasonic welding principles. With a willingness to challenge existing assumptions they Engineered an automated single point weld system with a moving anvil which was previously thought to be impossible

Professional, methodical approach to electromechanical assembly of a complex module … achieved throughput, labor reductions, cost savings

With a few simple and logical part design changes, Adventec was able to adapt a high volume insert molded switch base for fully automated manufacturing. The resulting cost savings have been passed through, and the design concepts carried over to other components

Adventec was brought to the table in the early stages of a critical edge-board connector redesign. They quickly understood the challenges and limitations of the previous design and through careful analysis and applying DFA/DFM principles were able to deliver an innovative solution that also provided cost savings