High Precision Metal Stamping
Wiegel Tool Works provides leading OEM and tier manufacturers across the globe with progressive die heavy and high-speed metal stamping services. We support custom, high-volume production requests for precision, electrical connectors, contacts and various other electrical and non-electrical component parts. We offer in-house support of rapid prototyping, tool design and tool production, waterjet and assembly services. We’re known for investing in our industry’s top stamping production technology and the deployment of strong quality controls through our signature in-line/off-line camera vision systems and sensor technology. Our continual equipment investments are what enable us to meet new and evolving industry developments and greater production efficiencies, reach competitive pricing and achieve better product results.
Lead FramesView Industry
Wire & Cable Connectors
Wire & Cable ConnectorsView Industry
Wiegel Tool Works produces a variety of precision metal stampings made from copper, precious metal, and ferrous metals. We produce stamping components such as busbars, brackets, electronic shielding components, lead frames, press-fit pins, terminals, wire and cable connectors, assemblies and more. We specialize in the manufacturing of both precision electrical connectors and non-electrical parts that are used in our world’s most demanded consumer products and essentials.
Progressive Die Heavy Stamping
Our progressive die heavy stamping department uses press equipment from Minster, a leading metal forming equipment solutions provider. Minster technology allows us to manufacture thicker and larger components that require larger tools and greater punch press bed sizes. Our heavy stamping department delivers reliable stamped parts that meet your unique specifications on time, every time.
Progressive Die High Speed Stamping
Our high-speed stamping department operates Bruderer presses to stamp copper-based alloys, aluminum, ferrous, and exotic metals at speeds up to 1,500 strokes per minute. This increased speed enables quick turnaround of multi-million-piece production programs. Progressive die high-speed parts are stamped while running multiple-up tooling progressions at tremendous speeds yielding cost-effective, high-quality parts for our customers.
For decades, automotive manufacturers have relied on WTW’s stamping expertise for high precision, tight tolerance solutions. We produce stamped parts for some of the largest fuel powered and hybrid electric vehicle (HEV) tier-manufacturers and OEMs.
Lighting/LED manufacturers choose WTW to manufacture terminals, housings, brackets, metal face plates, and mounting plates for commercial, residential, infrastructure and stadium lighting solutions.
Wiegel Tool Works supplies the world’s most innovative and revolutionary electric power transmission and distribution products for leading electrical equipment manufacturers.
The electric vehicle market is evolving with new technology advances and eco-friendly, sustainable products for a battery-powered future. Wiegel Tool Works is heavily involved in supplying precision electrical metal stampings for groundbreaking EV power systems.
Wiegel Tool Works ensures smooth and efficient process integration between metal stamping production and our customers’ plastic insert and injection molding processes so delivery times are always met and part quality is never compromised.
Changing Attitudes, Overcoming Workforce Challenges
Aaron Wiegel was a panel speaker at mHUB Chicago's First Industrial Responders Emerge (FIRE) event discussing workforce development and how to attract, retain, and train talent in manufacturing.Read More
Wiegel Tool Works Wins the Small-Medium Manufacturer of the Year Award
mHUB and DMDII presents Wiegel Tool Works as the winner of the Small-Medium Manufacturer of the Year Award at the Fourth Revolution Awards Ceremony.Read More
Wiegel Brings HEV Battery and Engine Module Concept to Life
Wiegel Tool Works creates a successful program solution for their customer offering design modifications and suggestions for cost savings on an EV battery and engine prototype and production program.Read More