Weil Technology
Booth number: 4326
weil-technology.com/en
About us
We empower our customers to fully leverage their potential in the production of sheet metal and metal assemblies in order to achieve economic goals and sustainable success. Our manufacturing solutions are deployed wherever change takes place and tomorrow’s products are created.
We have been developing machines and modular systems for more than 35 years, which are characterized by the combination of innovative laser, clamping and automation technologies and enable versatile production steps in the processes forming, cutting and joining.
Our solutions and services are characterized by expertise, flexibility and commitment. Our central goal is to provide added value for our customers and to satisfy their needs, as has been demonstrated by thousands of installations worldwide and our many long-term partnerships.
Address
25921 MEADOWBROOK RD
48375-1853 Novi, Michigan
Germany
E-mail: info@weilengineering.com
Phone: +49 8109382236
Internet: weil-technology.com/en
Contact person:
Regional Sales Manager | Northeast US + Canada John Sullivan
E-mail: jsullivan@weilengineering.com
Regional Sales Manager - Southeast Kelly Bigham
E-mail: kbigham@weilengineering.com
Regional Sales Manager - Midwest Peter Eigenmann
E-mail: peigenmann@weilengineering.com
Prismatic Cell Housing Manufacturing Cell
Longer prismatic cell housings are usually produced either with continuous roll-forming or cycled pressforming processes. Weil Technology now offers a new alternative and fast process with a compact system allowing for stainless steel housings with wall thickness of as low as 0.15 mm.
The innovative system can produce a cell housing made of stainless steel directly from a coil or blank. We draw on our decades of expertise in short tube production. After the optional blank trimming, a tube is rounded in the first part of the system and reliably laser-welded. In the next step, the tube is expanded into its final shape and calibrated. This allows stainless steel cell housings with material thicknesses as low as 0.15 mm to be produced economically and at high outputs in a compact space.