The ANTAUS microjoule ultrafast fibre laser system features high pulse energy along with fast repetition rate - an ideal combination for subtle material processing applications, as well as for many kinds of scientific research. Unlike most of the competition, the ANTAUS features short pulse duration and near-perfect AC trace with almost no pulse pedestal. The system is an all-Yb-doped-fiber oscillator + amplifier with a free-space final pulse compressor. This design ensures greater stability and true turn-key operation with low maintenance as well as the highest possible output pulse energy and spatial beam quality.
Average power >20 W
Pulse energy >20 uJ
Small footprint and 24/7 turn-key operation
Passive air cooling
Output pulse slicer option
Tunable pulse duration option
Available in 3 models:
smallest single pulse energy model
features novel dense-burst mode producing a burst of closely spaced pulses
flexible output repetition rate
the most versatile model
with different output parameters
significant output power
higher pulse energy
fast repetition rate
highest output and pulse energy model
suitable for the most power-demanding and energy-eating solutions
The design of the ST-8MTL165-200 Direct Drive Linear Translation Stage is based on 3 phase ironless linear brushless servo motor technology (stepper motor is available on request) . Direct drive technology allows the user to reach zero backlash motion yet achieves high accuracy and repeatability and low friction.
A linear non-contact optical encoder is used as a feedback system which guarantees direct control of position with sub-nanometer resolution of motion.
Aluminum alloy guarantees high temperature stability and excellent long-period kinematics without the potential of drift. The special guiding system has been built with recirculating balls to ensure long-lasting linear positioner precision.
Can be prepared for clean rooms and vacuum compatible up to 10-3 Torr.
Can be easily connected to standard imperial/metric optical table directly
XY configuration stages can be assembled by direct stacking without using any connecting plates
XY stages can be assembled in manufacturing if requested