Measure dynamic edge position, displacement, and vibration at frequencies up to 500 kHZ. MTI's Fotonic Plug-in Module can accommodate a wide range of target reflectivity and shape. bit.ly/3RgXmpk#sensors#fiberoptics#displacement#vibration
What's the best way to measure thickness with non-contact displacement sensing? Capacitance sensors, fiber optic sensors, and 1D and 2D/3D laser systems each have their advantages. Learn what they are. bit.ly/3PS7y8u#sensors#capacitance#fiberoptics#lasers
MTI's CA1800 Rack-Mount Multiple Channel Charge Amplifier provides up to 8 channels of precision charge amplification for accelerometers and other charge mode devices. bit.ly/44IX2oy#AvMRO#aviation#aircraft#amplifier
These high-resolution, low-cost sensors measure gap and displacement. Choose standard capacitance probes for grounded targets and push/push dual sensor probes for ungrounded or poorly grounded targets. bit.ly/3PXOrbJ#sensors#capacitance#measurement
Cell phones need connectors that won't fail because of shock or vibration. MTI's 2100 optical displacement sensor system won't load the target during testing and works with very small connectors. bit.ly/436Wt6E#cellphones#electronics#sensors#connectors
Capacitance sensing doesn't require physical contact between the sensor and the target. This guide explains what you need to know about using electrical capacitance for measurement in industrial applications. bit.ly/3GGm5hX#capacitance#sensors#industrial#measurement
Get full surface scanning for wafer thickness, thickness variation, bow, warp, sori, site and global flatness measurements. This semi-automated metrology system lets you generate full 3D images, too. bit.ly/457xcdy#semiconductor#solar#wafer#measurement
Make precise measurements of displacement, position, and distance in high pressure, high magnetic field, and harsh environments. The MTI 2100 Fotonic Sensor is essential for process automation. bit.ly/3Rc9dqg#sensor#fiberoptic#measurement#automation
It's designed specifically for test cell use. The PBS-4100-R provides extensive vibration monitoring and analysis capabilities along with one-shot balancing solutions. bit.ly/3DUsCEc#AvMRO#aviation#testcell#maintenance
Watch and learn about these products for the semiconductor industry. Whether you need non-contact capacitance sensors or manual or semi-automated wafer measurement systems, MTI has the solution. bit.ly/46FLXVJ#video#semiconductor#wafer#sensors
MTI's balancing and vibration analysis equipment is trusted by aircraft engine and turbine manufacturers, the U.S. military, and aviation MROs. bit.ly/46I1cia#MRO#AvMRO#aviation#aircraft
You'll find them in the electronics, R&D, and semiconductor industries. These capacitance probes are available with a sturdy stainless steel construction for gap and displacement measurements. bit.ly/3PXOrbJ#capacitance#sensors#probes#measurement
What's the best way to measure thickness? Try non-contact displacement sensing. Capacitance sensors, fiber optic sensors, and 1D and 2D/3D laser systems each have their advantages. Learn what they are. bit.ly/3PS7y8u#sensors#capacitance#fiberoptics#lasers
Reduce damaging vibrations and use energy more efficiently. Whether you need a portable solution or a system for test cells, MTI's vibration analyzers can help you optimize engine performance. bit.ly/460mTZh#AvMRO#aviation#aircraft#engines
Measure gap and displacement with their high-resolution, low-cost sensors. Use standard capacitance probes for grounded targets and push/push dual sensor probes for ungrounded or poorly grounded targets. bit.ly/3PXOrbJ#sensors#capacitance#measurement
This NIST-traceable signal source lets you test and calibrate sensor-driven systems. It's proudly Made in USA and features a battery that supports all-day use. bit.ly/45oWF2y#signalsource#signalsimulator#madeinusa