Mechanical Technology, Incorporated

Non-Contact Measurement

  • Precision Laser Displacement Sensor
  • High Resolution Capacitance Measurement
  • High Frequency Response Fiber Optic Sensor
  • 2D / 3D Laser Profiling Scanner
More Info Non-Contact Measurement

NEW 2D | 3D Laser Product

  • Advanced, High Resolution, High Speed Profiling Sensor
  • Up to 0.025% FSR Linearity
  • Up to 12 million measurement points per second
  • Up to 6 kHz Data Rates
More Info

Precision Function Generator

  • Dual Digital Synthesizers
  • Rechargeable Batteries
  • Sweep and Jog Function
  • Voltage and Charge Signal
More Info

Turbine Balancing & Vibration Analysis

  • Up to 4 Vibration Channels
  • 3 Speed Channels
  • One-Touch Balancing Wizard
  • Cable Sets for All Engines & Aircrafts
More Info Turbine Balancing & Vibration Analysis

In-Situ Tensile Stage

  • No Microscope Alterations
  • Interchangeable Load Cells
  • Software System Complies with ASTM Specifications
  • Heaters Available
More Info In-Situ Tensile Stage

Applications

Whatever you touch has probably been measured by MTI Instruments.

MTI Instruments line of products includes non-contact precision instruments, semiconductor metrology tools and high speed vibration measurement systems. Our technologies solve measurement applications ranging from capacitance displacement to laser thickness and fiber-optic vibration sensors.

View Our Technology

An In-Depth Look into Our Products and Technologies

Review our application notes and technical information for our precision measurement instruments, aviation & industrial vibration and semiconductor metrology systems.

We Are Ahead of the Game

At MTI Instruments, we design, manufacture and sell precision non-contact physical measurement solutions, condition based monitoring systems, portable balancing equipment and semiconductor wafer inspection tools.

The world is moving toward precision measurement as a result of companies need to automate and control processes and equipment and MTI is moving faster into this world.

How We Measure Up