hg1105 fractional galvo scanner is a high performance medical beauty vibrating mirror newly developed by the company. it adopts the structure mode of vertical light entry and has the characteristics of small volume, light weight, fast speed and flexible operation. and it has the independent intellectual property right.
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 and original imported optical sensor, it has fast scanning speed and high stability
■ with fault self-detection function, reliable fault signal output can fully ensure the scanner's high security
■ friendly operation interface and parameter memory function
■ preset a variety of treatment modes, modular design, easy to use
■ square, circle, triangle, hexagon, straight line and other graphics are optional. x and y axis dimensions are independently adjustable
■ automatic contour extraction by image shooting and adjustment with hand-drawing function are adopted to carry out more accurate treatment operation on the lesion area
■ accurate scanning size, lattice density and energy control
■ laser power and indicating brightness can be calibrated
■ standardized interface, easy to connect with other control systems, and customized special control systems for customers.
hg1105 fractional galvo scanner technical parameters
motor specification
working temperature | 0-45℃ |
linearity | 99.9% |
setting time | ≤0.35ms |
scale drift | 40ppm/℃ |
zero drift | <15μrad./℃ |
long-term drift over 8 hours | <0.5mrad |
rated current | 3.0a |
maximum scan angle | ±15° |
storage temperature | -10 to 60℃ |
resolution | 12μrad |
repeatability | 8μrad |
input aperture | 5.0-7.0mm |
motor weight | 13g |
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℃ |
