Wolverine Machine Introduces New Quality Technology

It has long been Wolverine Machine’s strategy to focus on high-quality, value-added processes in order to remain successful. For more than 7 years, Wolverine Machine has used Coordinate Measuring Machines (CMMS) in addition to many other quality assurance measures. CMMs are highly accurate machines that inspect parts with tolerances of 9 microns (which is roughly 1/10th the diameter of the average human hair) and smaller.

Wolverine Machine is proud to announce the addition of a new CMM, the Zeiss Contura G2 RDS, into its 32,000 square foot facility located in Holly, MI. This new Zeiss CMM will add to the company’s multitude of current quality assurance machines, expanding precision measurement capabilities and quality control/reliability. “The new high-tech features of the Contura G2 bring us the ability to capture substantial quantities of accurate measurement data in a shorter time while increasing our production, reliability, and quality,” says Steve Pyrc, Quality Manager at Wolverine Machine.

The completely redesigned bridge-type CMM features a next generation scanning platform, perfectly suited to the measurement of complex features and parts. Contura G2 RDS is capable of reaching 20,376 positions in 2.5 degree increments using styli as small as .3mm in diameter. Wolverine Machine purchased many additional fixtures and accessories for the CMM including the ViScan optical probe, which now makes it possible to perform touch and optical measurements on one machine. The ViScan optical probe is an ideal tool for non-contact measurement and analysis of more difficult to check small parts and soft work pieces. “This is the most successful and sought after machine Carl Zeiss IMT has ever developed,” says Josef Schernthaner, Vice President of Operations at Zeiss. This new machine will certainly add to the satisfaction that Wolverine Machine’s customers have come to know and count on. If you would like more information on Wolverine Machine's quality assurance technology or to see how we can help with your next project, please visit us at www.wolverinemachine.com.