GXH2000

  • GXH2000
    GXH2000
GXH2000
Shuttle embroidery laser
  • GXH2000 is an on-line laser marking system which is additionally installed in LASSER shuttle machine. with three axis rotatable laser system specially used in two-needle opposite side embroidery machine.
  • 1.Accurate camera positioning.
  • 2.Digital high-speed marking. 
  • 3.Large working area (500mm*500mm).
  • 4.One laser system for two opposite side shuttle machine. 
Optional model: Independent laser test area 

Device: laser generator , laser test bridge, PC with operating software , funnel , cooling system , shuttle safe device , mechanical device (polycarbonate) and electrical( light alarm ).
with three axis rotatable laser system specially used in two-needle opposite side embroidery machine.
Technical parameter:

Laser type: CO2

Laser power: 150W

Wavelength: 10600nm

Vibrating mirror scope: 500X500mm

Repeating motion accuracy:  ±0.04mm

Exhausting system: sealed exhausting system

 

General technical data:

Relative humidity: max. 60% at 35℃; max. 90% at 20℃ (recommended: 55-65%)

Environmental temperature: 18 - 35℃ (recommended: 20℃-30℃)

Max fluctuation: ±2℃, Room temperature must be the same as during machine installation!(Air conditioning system is recommended.

Cooling system: active water cooling 

Input water temperature: min. 20℃, max. 25℃

Water: without contamination, impurity or deposits, Non-mineral water only.

Control unit operating: PC with laser operating software , integrated with machine operating system.

Data interface: Net 

 

Connecting requirement: 

Electrical supply:3 x 400 VAC +/- 15%+ neutral wire + PE50/60 Hz,Max. current 10 A

Overvoltage protection in accordance with the document "Installation, Assembly and Operation Guide" is required.

Pre-fusing:16 A time-delay 3 phases(supply wire gauge min. 5 x 2.5 mm2)If local regulations require the installation of RCCB's, use an RCCB with a sensitivity of 300 mA, selective, pulse-power stable and inverter proof.
LASSER shuttle machine, Shuttle embroidery laser

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