Jenoptik Laser GmbH
Goeschwitzer Strasse 29
Jena 07745 Germany
Phone: +49 3641 65-4331
Fax: +49 3641 65-4011
Recent Content on The Fabricator for Jenoptik Laser GmbH
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- From The Fabricator
FABTECH 2021 a showplace for pandemic’s lasting effects on manufacturing
COVID-19 showed its impact on FABTECH 2021 in multiple ways: fewer attendees and exhibitors. But its long-lasting effects may be more deeply visible in the way manufacturers and metal stampers have learned to conduct operations and customer/vendor relationships remotely and automatically.
Fueling a fabricator’s 30 years of growth, innovation
In 1990 two entrepreneurs joined forces to buy a small fabrication shop in Wisconsin that focused on cutting and welding. Within just a few years Sharpe Products was on its way to being a full-fledged tube fabrication shop with an OEM business on the side.
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- From The Fabricator
Jenoptik to deliver three automated production cells to Gestamp
Jenoptik’s Light & Production division has received an order to design and manufacture three automated production cells, equipped with the company’s laser machines, for a Gestamp plant in Germany.
The cells will be used to manufacture complex car body parts for electric vehicles.
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- From The Fabricator
Jenoptik names VP of sales and marketing
Jenoptik Optical Systems LLC has hired Thomas Breen as vice president of sales and marketing. He has more than 25 years of leadership experience in the optics and photonics industry, working extensively in global sales leadership positions to develop products and systems for the defense, medical,...
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- From The Fabricator
Jenoptik invests $15 million at Michigan location
Germany-based Jenoptik Group has broken ground on a technology campus in Rochester Hills, Mich., for engineering, production, sales, and service for metrology and laser machines serving the North American automotive industry. The $15 million technology campus will cover nearly 16 acres in direct...
Small-scale laser cutting for stent, tube fabrication
Metal fabricators have been using CO2 lasers for decades and fiber lasers for years, but these technologies aren’t optimal for making the ultrafine features needed for medical devices such as catheters and stents. Femtosecond disk lasers recently have emerged as a viable technology for such applications.