Laser Gyros
MT-401ME triaxial laser gyro
The MT-401ME triaxial laser gyro is designed for the use as a position sensor in three mutually perpendicular directions. The MT-401ME is used in medium-accuracy navigation systems for traffic control systems of various objects, in track geometry cars, metrology systems, etc.
MT-402ME triaxial laser gyro
The MT-402ME triaxial laser gyro is a more advanced version of the MT-401ME laser gyro and fully interchangeable with it. It is designed for the use as a position sensor in three mutually perpendicular directions. The MT-402ME is used in medium-accuracy navigation systems for traffic control systems of various objects, in track geometry cars, metrology systems, etc.
MT-300 triaxial laser gyro
The MT-300 triaxial laser gyro is designed for the use as a position sensor in three mutually perpendicular directions. It is used in medium-accuracy navigation systems for traffic control systems of various objects, in track geometry cars, metrology systems, etc.
AIS-402 laser gyro inertial unit
The AIS-402 laser gyro inertial self-contained measuring unit is designed for measurement of angular rates of rotation and linear accelerations of a mobile object in inertial space.
DUP-4ME angular-displacement sensor
The DUP-4ME angular-displacement sensor is designed for measurement of angular rate of rotation of an object about the measuring axis in inertial space.
Dielectric mirrors for He-Ne ring laser gyros
The dielectrice mirrors are designed for circular polarization of an incident emission at 632.8 nm. They have the low transmission, integral scattering and absorption losses.
