The S-331 is a highly dynamic piezo-driven tip/tilt platform for compact mirrors up to ½” diameter. Its parallel kinematics design provides symmetrical performance for both axes along with a single pivot point. The platform is guided by backlash-free, frictionless flexure joints, a highly stiff design with zero wear. Closed-loop control with highly temperature stable metal foil strain gauges allows fast and linear motion. The unit is driven with Mars-rover tested high performance PICMA® piezo actuators guarded by all-ceramic insulation for longer lifetime and protection from humidity. S-331 tip/tilt mirror platforms are used in image processing, image stabilization, laser beam steering and tracking, scanning microscopy, materials processing, lithography, optical filters and switches.
Fast Step and Settle: Full Travel Move in 1.8 msec (1% accuracy); 0.8 msec (Rise Time)
High Dynamics: Up to 10 kHz Resonant Frequency
Tip/Tilt Angle up to 5 mrad, Optical Deflection Angle up to 10 mrad (0.57°)
Parallel Kinematic Design: Single pivot Point
Closed-Loop for High Linearity
For ½” Mirrors
The S-331 is a highly dynamic piezo-driven tip/tilt platform for compact mirrors up to ½” diameter. Its parallel kinematics design provides symmetrical performance for both axes along with a single pivot point. The platform is guided by backlash-free, frictionless flexure joints, a highly stiff design with zero wear. Closed-loop control with highly temperature stable metal foil strain gauges allows fast and linear motion.
The unit is driven with Mars-rover tested high performance PICMA® piezo actuators guarded by all-ceramic insulation for longer lifetime and protection from humidity.
S-331 tip/tilt mirror platforms are used in image processing, image stabilization, laser beam steering and tracking, scanning microscopy, materials processing, lithography, optical filters and switches.
- Fast Step and Settle: Full Travel Move in 1.8 msec (1% accuracy); 0.8 msec (Rise Time)
- High Dynamics: Up to 10 kHz Resonant Frequency
- Tip/Tilt Angle up to 5 mrad, Optical Deflection Angle up to 10 mrad (0.57°)
- Parallel Kinematic Design: Single pivot Point
- Closed-Loop for High Linearity
- For ½” Mirrors
