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Jude Lague News

18 Sep 2014

Jet Edge Celebrates 30 Years in Waterjet Industry

Joined by Jet Edge employees and local business and government leaders, Jet Edge President Jude Lague cuts a ribbon to mark Jet Edge’s 30th anniversary in the waterjet industry. The ribbon cutting was coordinated by the I-94 West Chamber of Commerce.  Photo courtesy I-94 West Chamber of Commerce.

Waterjet systems manufacturer Jet Edge, Inc. celebrated its 30th anniversary Sept. 3 with a special open house celebration. Jet Edge’s anniversary event included a special ribbon cutting ceremony courtesy of the I-94 West Chamber of Commerce, a barbecue lunch, factory tours, and live 5-axis waterjet cutting demonstrations. Jet Edge President Jude Lague and TC/American Monorail President Paul Lague were honored by St. Michael Mayor Jerry Zachman. They also received recognition letters from U.S. Senator Amy Klobuchar and U.S. Rep. Michele Bachmann.

13 Oct 2013

Jet Edge Employee Honored by I-94 Chamber of Commerce

Jaimie Larson: Photo credit Jet Edge

The I-94 West Chamber of Commerce recently honored Jet Edge Sales & Marketing Assistant Jaimie Larson as its 2013 Chamber Ambassador of the Year. Larson, who performs a wide range of sales and marketing duties for the St. Michael, Minnesota-based waterjet systems manufacturer, was recognized for her commitment to the local Chamber and its Ambassador Program. “Jaimie has been a great asset to the Chamber with all her help working as an Ambassador to organize a highly successful blood drive…

11 Jan 2013

Jet Edge Awarded U.S. Patent

Michael Wheeler with Patent

Jet Edge, Inc. has announced  that the United States Patent and Trademark Office has issued the waterjet manufacturer a patent for a high pressure fluid sealing mechanism designed by Jet Edge R&D Engineer Michael Wheeler. Jet Edge’s proprietary high pressure fluid sealing mechanism (U.S. Patent 8,333,387) improves waterjet seal life by providing robust Metal-on-Metal sealing without the use of conventional plastic seals. This technology uses two convex curved surfaces in single line contact with one another to seal ultra-high pressure (UHP) fluid at static pressures up to 130,000 psi.