Features of the 6200 Closed Loop Galvanometer Family
Highest Galvo Speeds and Step Response Times: The 6200H series' positioning speed comes from advanced galvanometer and new actuator design for the highest system resonant frequency and RMS power capability. The newest design of the actuator features extremely high torque along with very little electrical inductance, thus providing high scanner speeds at reduced power supply voltages. These characteristics combine to produce superior system bandwidths, the fastest step response times and the highest repetition rates with excellent wobble and jitter performance.
Maintaining Position Accuracy and Repeatability at High Speeds: CTI's newest innovation in position accuracy is the advanced optical position detector, which was designed to provide high positioning repeatability, linearity and stability over time and temperature while operating at high speeds.
High System Performance and Reliability Over Time: Superior product lifetime and reliability result from disciplined design technique, the best in bearing technology and quality manufacturing processes and workmanship. Our scanner designs are computer modeled and have been life-test proven to billions of cycles of operation. CTI's high standards of manufacturing quality guarantees the performance consistency that you need to design the high quality systems demanded in today's competitive marketplace.
Nutfield Technology's QuantumScan-30 (QS-30) galvanometer scanners are used to position laser beams fast and accurately over millions of cycles. The limited rotation moving magnet motor is coupled to a highly sensitive position detector. The device is controlled through a PID based servo driver to provide amazingly fast and accurate closed loop control.
NTI's engineers are veterans of the scanning industry and have been designing galvos for two decades. They have been continuously researching ways to improve scanner performance, which has lead to several patents and patent pending designs including our exclusive ceramic rotor designs. This first of a kind rotor has exceptionally low inertia and high stiffness, which results in higher bandwidth performance. The QS-30 uses high quality bearings with tested and patent pending bearing preload designs to ensure a long lifetime of operation.
The QS-30 Position Detector was designed close to the mirror for the best possible accuracy. Further position detector refinements give the QS-30 galvanometer up to 10 times greater signal-to-noise; the highest in the industry. This means greater pointing accuracy and repeatability in your application.
Features of the 6200 Closed Loop Galvanometer Family
Highest Galvo Speeds and Step Response Times: The 6200H series' positioning speed comes from advanced galvanometer and new actuator design for the highest system resonant frequency and RMS power capability. The newest design of the actuator features extremely high torque along with very little electrical inductance, thus providing high scanner speeds at reduced power supply voltages. These characteristics combine to produce superior system bandwidths, the fastest step response times and the highest repetition rates with excellent wobble and jitter performance.
Maintaining Position Accuracy and Repeatability at High Speeds: CTI's newest innovation in position accuracy is the advanced optical position detector, which was designed to provide high positioning repeatability, linearity and stability over time and temperature while operating at high speeds.
High System Performance and Reliability Over Time: Superior product lifetime and reliability result from disciplined design technique, the best in bearing technology and quality manufacturing processes and workmanship. Our scanner designs are computer modeled and have been life-test proven to billions of cycles of operation. CTI's high standards of manufacturing quality guarantees the performance consistency that you need to design the high quality systems demanded in today's competitive marketplace.
Nutfield Technology's QuantumScan-30 (QS-30) galvanometer scanners are used to position laser beams fast and accurately over millions of cycles. The limited rotation moving magnet motor is coupled to a highly sensitive position detector. The device is controlled through a PID based servo driver to provide amazingly fast and accurate closed loop control.
NTI's engineers are veterans of the scanning industry and have been designing galvos for two decades. They have been continuously researching ways to improve scanner performance, which has lead to several patents and patent pending designs including our exclusive ceramic rotor designs. This first of a kind rotor has exceptionally low inertia and high stiffness, which results in higher bandwidth performance. The QS-30 uses high quality bearings with tested and patent pending bearing preload designs to ensure a long lifetime of operation.
The QS-30 Position Detector was designed close to the mirror for the best possible accuracy. Further position detector refinements give the QS-30 galvanometer up to 10 times greater signal-to-noise; the highest in the industry. This means greater pointing accuracy and repeatability in your application.
