
js1550 cosmetic galvo scanner is a high-end medical and cosmetic galvanometer used in 1550nm laser.
the advantages are as following:
■ the scanner is small in size, light in weight, and ergonomically designed handheld laser system;
■ equipped with high-performance micro-scanning motor, using imported optical sensor, fast scanning speed and high stability;
■ the software has a fault self-checking function and reliable fault signal output, which can fully guarantee the safety of the scanner;
■ the software operation interface is simple, with parameter memory function, preset multiple treatment modes, and convenient operation;
■ a variety of graphics such as square, circle, triangle, six sides can be selected and the size can be adjusted to achieve precise scanning;
■ the automatic contour extraction function of image shooting is adopted, and the hand-painting function is used for adjustment to perform more precise treatment operations on the lesion area;
■ the software can accurately set the point spacing, dwell time, and interval time, so as to effectively control the energy, and the laser power and indicator brightness can be calibrated;
■ the standardized interface of the software board is easy to realize the docking with other control systems, and it can also customize a dedicated control system for customers.
js1550 technical parameters
motor specification
operating temperature | 0℃-45℃ |
linearity | 99.90% |
small step response time | ≤0.4ms |
proportional drift | 40ppm/℃ |
zero drift | <15 rad./℃ |
long drift (continuous work for 8 hours) | <0.5mrad. |
rated current | 3.0a |
maximum scanning angle | ±15° |
storage temperature | -10 to 60℃ |
resolution | 12 rad. |
repeat accuracy | 8 rad. |
input aperture | 5.0-7.0mm |
beam displacement | 10.7mm |
weight | 13 g |
servo driver board specification
input voltage | ±15vdc |
interface signals(analog) | ±5v |
fault signal output(ttl level) | h for galvo working normally l for galvo working failure |
analog signal input resistance | 100kω±1% |
working temperature | 25℃±10℃ |