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Fractional Galvanometer

A large number of studies have shown that the lattice pattern, the point density, the size and depth of the microholes all directly affect the therapeutic effect, so how to control the lattice pattern to achieve the best therapeutic effect is an important development direction of the lattice laser technology. The lattice system transmits data through Ethernet ports to achieve accurate control of spot density, laser energy and scanning area to meet the needs of different clinical conditions. Different lasers can be adapted by changing the galvanometer scanning mirror. Circuit board performance is very stable, professional radiation test and EMC test have reached level B (civil level), can effectively avoid the occurrence of accidents.

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Key Features Of Fractional Galvanometer


  • Adopt analog and digital closed-loop control system, and with multiple alarm and emergency processing functions to ensure the normal operation and safe use of the equipment.


  • Each system has different treatment options, including cosmetic dot-matrix mode, gynecological mode, and surgical cutting mode.


  • The smart design provides varieties options of spot shapes, sizes, density and energy.


  • Using non-sequential scan, greatly reducing the thermal damage to the surrounding tissue, and accelerating the healing under the premise of guaranteeing the curative effect.


  • With imported aerospace plug for convenient maintenance and the replacement.

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  • Hs1608 Dimensions
  • Hs1606 Dimensions
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Specifications Of Fractional Galvanometer



HS1606

HS1608

Working Temperature (℃)

0 ~ 45

Nonlinearity (%)

<0.4

Setting Time (ms)

≤0.25

≤0.30

Gain Drift (PPM/℃)

<80

Offset Drift (μRad /℃)

<15

Long-Term Drift Over 8 Hours (mrad)

<0.3

RMS Current (a)

0.65

Peak Current (a (max))

1.7

Maximum Scan Angle (°)

±15

Storage Temperature (℃)

-10 ~ +50

Resolution  (μrad)

8

Repeatability (μrad)

<5

Input Aperture (mm)

5.0 ~ 7.0

Beam Displacement (mm)

10.7

Weight (g)

13

Frequency (hz)

≤500(The Input Command Is A Sine Wave, And The Motor Swing Angle Is ±4°.)


Galvanometer Application

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