Mide Technology Engineering Research Development Mide is a Hutchinson Company about Midé Technology Corporation, founded in 1989, is an Innovative, Agile and Proven engineering company that develops, produces and markets high performance products and solutions
about-mide Mide's Brands include: enDAQ s hock, vibration environmental sensors software; Piezo com Offering high-value piezoelectric products and expert solutions; and Mide's HydroActive Seal Products Mide's History Timeline
Innovative Marine Seals Solutions - Mide Mide has a proven track record of designing, qualifying and producing robust and effective marine products and solutions for the US Navy and commercial marine customers
Mide Resources Page This page is a resource for Mide's associated piezo com and enDAQ sensors product lines It has logos, pdfs, etc
slamsticks have moved - Mide Mide's Slam Sticks Have Launched a New Website Slam Stick has been re-branded as enDAQ Click here to see the enDAQ product catalog
Mide Technology News Mide's Slam Stick X Highlighted as Example of Success for Navy RIF BAA Program U S Navy buys 160 Slam Stick X's after Successful RIF BAA Development Mide Receives Boeing's Performance Excellence Award (BPEA)
Smart Materials - Mide Mide is a Hutchinson Company about Midé Technology Corporation, founded in 1989, is an Innovative, Agile and Proven engineering company that develops, produces and markets high performance products and solutions
Contact Mide Mide Technology Corporation 475 Wildwood Avenue Woburn, MA 01801, USA Phone: +1 (781) 306-0609 Email: Contact Us
Employment Opportunities - Mide Mide is a Hutchinson Company about Midé Technology Corporation, founded in 1989, is an Innovative, Agile and Proven engineering company that develops, produces and markets high performance products and solutions
Product Development Process: Shock and Vibration Data Logger - Mide Mide’s Solution: Mide proposed to leverage its already commercially available Slam Stick vibration data logger to develop an easy to use system that could offer comparable accuracy to the “traditional” accelerometers that were currently used