The nip sensor (NPAT™) has been a valuable tool in diagnosing nips in real-time, checking proper crown, nip widths, and leveling out pressure across the web. It is a great tool for nip performance and profile consistency.

I've been using the Tekscan I-Scan™ system for 20 years. It's great for helping to visualize the pressure variations in nipped roller processes or within wound rolls. When I heard about the Versatek™'s WiFi capability, I immediately knew it would help show what is happening inside a winding

TMKK has been using the I-Scan system for the last two years, resulting in over 3,000 push/pull tests. The I-Scan provides our Safety and Engineering team with an accurate measuring devices to record push/pull forces on a majority of our parts. The Tekscan system is easy to use and very dependable

Tekscan came in for a demonstration, and within five minutes we were watching a live output from our system and our jaws hit the floor. It literally made the pressure sensitive film we had been using look like bear skins and knives. It was that much of a quantum leap improvement. The Tekscan system

I encountered Tekscan and had the feeling of an engineer's dream come true. Working with granular materials and soil-structure interaction, on encounters problems with large stress variations. My observations in a journal paper published by ASTM in 1997 continue to hold: "The ability of the grid