MT
斐索干涉儀球面量測
MAHR
MT150P
MAROPTO MT 150P MEASURING TOWERS
產品介紹
Mahr presents the Fizeau interferometer measuring towers of the MarOpto MT series. These are modern workshop interferometer towers for operation close to production. Vertical tower solutions offer easy handling of lenses, quick measurement, including vibration damping and requires little space. Besides testing form deviation, towers with scales can towers with scales can produce highly accurate radius measurements as well. Motorized axes allow easy and fast operation.
MarOpto MT 150p is a high-precision Fizeau interferometer measuring tower for the inspection of planar surfaces or multi-load carriers in optics manufacturing. The high-precision kinematics and the interferometer with a beam diameter of up to 150 mm / 6" make this measuring tower the ideal tool for the production of high-performance optics.
MarOpto FI 1100 Z and MarOpto FI 1150 Z are the powerful Mahr interferometers used in the MarOpto MT 150p:
High precision, vibration-absorbing granite base mounted on passive 4-point shock absorption system
Avoidance of static disturbance factors by symmetrical portal construction
Positioning of the measuring objective via sliding stage with air bearings and 3-axis fine adjustment
Space-saving integration of the monitor. Monitor table not directly mounted to the measuring structure for better measuring results
Measurement and evaluation software IntelliWave
MarOpto MT 150p is a high-precision Fizeau interferometer measuring tower for the inspection of planar surfaces or multi-load carriers in optics manufacturing. The high-precision kinematics and the interferometer with a beam diameter of up to 150 mm / 6" make this measuring tower the ideal tool for the production of high-performance optics.
MarOpto FI 1100 Z and MarOpto FI 1150 Z are the powerful Mahr interferometers used in the MarOpto MT 150p:
High precision, vibration-absorbing granite base mounted on passive 4-point shock absorption system
Avoidance of static disturbance factors by symmetrical portal construction
Positioning of the measuring objective via sliding stage with air bearings and 3-axis fine adjustment
Space-saving integration of the monitor. Monitor table not directly mounted to the measuring structure for better measuring results
Measurement and evaluation software IntelliWave
