Introducing Gapman®Gen3
Thin Gap Electronic Feeler Gauge
The Gapman®Gen3, a "next generation" high-precision, non-contact portable thin gap electronic feeler gage. Among the main design enhancements of the "next generation" Gapman® Gen3 are higher resolution output (0.00001"/ 0.254 µm) with ±0.05% FS (12.7 µm) typical accuracy with a GPD-5F wand; 10,000 data point logging and storage capabilities; battery life doubled (now 22 hours minimum with 3 AA lithium batteries); and simplified PC user interface.
Capteura™ Displacement and Gap Electronics
Introducing Capteura™
Capacitec launches Capteura™200 ultra stable, low noise, noncontact displacement measurement system. Electronics rack is 3 times smaller in volume than previous generation with >100,000:1 resolution with HPC-150E-A-L2-1-B sensor, 200Hz bandwidth and 2.5mm of range. Best performance combining small sensor, large range with long cable length. Learn more
Portable 3-Channel Amplifier
Gapmaster3 Gen3
The Gapmaster3 Gen3 features up to three newly designed capacitance amplifiers providing users with one to three non-contact displacement measurement sensor channels in the measurement system. A three-line display indicates the real-time measured gap distances in engineering units (inches, mils, millimeters or microns).Sensors can be selected among displacement sensors (HPB, HPC, HPT) or single point gap sensors (HPS, GPS). Learn more
Super High Temp Sensors
1000°C Non-Contact Displacement Sensors
Capacitec is the world leader in the manufacture of small, high temperature (up to 1832°F 1000°C) capacitive non-contact displacement sensors and systems. Since the 1970's this technology has been used in Europe, the US and Japan to solve the most demanding applications. Learn More
Introducing 508-SW
Multiple Channel Switching Amplifier
The 508-SW is a smart condensed multi-channel displacement, gap and bore measurement amplifier at about half the cost of the current amplifier. This new Capteura® multiple channel switching signal conditioner does not sacrifice the very high linearity & stability advancements of the real time system. Learn more