A Driving Force in Automotive Stamping

Caran Gets Mileage Out Of Precision Engineering

When it comes to innovative automotive stamping and deep draw solutions, Caran is miles ahead of the competition. Their leadership is unchallenged when it comes to the most demanding machining and manufacturability of automotive components. Whether it's safety systems, fueling or braking systems, engine gaskets or filter applications, Caran continually comes up with the most effective "and most cost effective" answers.
The Caran advantage is the ability to combine advanced material technology, state-of-the-art engineering and lean manufacturing. The resulting components continually achieve the highest possible standards for high volume production.

Helping Make Automobiles More Efficient

Since 1972, Caran has lead the way in developing and improving automotive safety systems. Capabilities include stampings for belt anchors and airbags, precision stampings for pyrotechnic containers, burst disks for airbag releases and both driver and passenger side and rollover curtain technology. Caran has also developed low cost engine gaskets, eliminating the need for costly machining.

Smart Engineering Saves Money

Caran's highly-skilled engineering department is focused on reducing the cost of machined parts by designing deep draw and stamping alternatives for high volume production. And a quick look at the track record shows it's working.

Facility

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Caran Precision serves its global customers from modern facilities in Fullerton, California. Serving customers around the globe, Caran has particular strengths in its location and support of Mexican, Pacific Basin, and Asian customers.

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Capabilities

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Caran Precision capabilities extend from Light and Heavy Gage Stamping, Burst Disks & Cups, Deep Drawing, Welding & Assembly, Tubing, Engineering, Tooling, Intergrated Manufacturing, Quality, and Metallurgical Laboratory.

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Stampings

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Anything you need - Caran Precision can stamp. By consolidating multiple components in single stamped parts, we have been instrumental in replacing expensive impacted and machined parts with precision stamped components.

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