2D laser scanner for high-speed marking

2D laser scanner for high-speed marking
  • 2D laser scanner for high-speed marking
  • 2D laser scanner for high-speed marking
  • 2D laser scanner for high-speed marking

Reference number: HAN-Ultrascan

The compact UltraScan is ideal for high-speed laser marking and coding. Non-contact use with various materials is meeting with steadily growing acceptance on the market.


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Almost limitless application possibilities

Laser marking is now one of the most widespread industrial applications. When used with the appropriate scanners, galvanometer motors provide one of the fastest options for laser beam positioning, offering impressive precision and speed.

Compared to conventional marking and labeling, non-contact application by means of laser scanners has enjoyed economic recognition in recent years and continues to expand. The variety of applications in connection with metals, plastics, wood, and now also fruits and vegetables, makes the use of scanners an indispensable tool.

The cost-effective UltraScan by Hans Scanner (a company of Hans Laser) is available for various wavelengths and with aperture sizes between 7 mm and 30 mm, covering the wide range of applications requiring very high marking speeds and easy integration in a small footprint. For lower requirements, the less expensive UniScan model should be used.

UltraScan 10Features (values apply for 10 mm aperture)
Wavelengths 355 nm, 532 nm, 1064 nm, 10.6 µm
Input Beam Aperture 7 mm, 10 mm, 14 mm, 20 mm, 30 mm
Beam Displacement (max.) 12.54 mm
Tracking Error 0.18 ms
Repeatability <2 µrad
Offset Drift <15 µrad/K
Gain Drift <80 ppm/K
Long-term drift over 8h <0.3 mrad
1 % Full Scale 0.4 ms
10 % Full Scale 1.2
Positioning Speed 10 m/s
Typical Scan Angle ± 12.5°
Gain Error <5 mrad
Zero Offset <5 mrad
Nonlinearity <0.4 %
Power Requirements ±15VDC, ?3A
Digital-Interface XY2-100
Operating Temperature 25 ±10 °C
Weight 1.9 kg


  • Marking
  • Coding
  • Welding