innoSCAN II Series by Innotech Laser

We offer the new innoSCAN II series Galvanometer Scanners with input apertures between 8.5 mm and 30 mm. With writing speeds of up to 1000cps and a maximum gauge drift of less than 100 ppm / K. Our galvanometer scanners set high standards in terms of price-performance ratio. Just contact us for a non-binding consultation.

We can not only do standard. Individual paintwork, special coatings for any wavelength and specially prefabricated engravings on your galvanometer scan heads, we realize your individual wishes! Together we will find out which galvanometer scanner is the right one for your application. Please contact us for data sheets, step files or further technical information on the galvanometer scanners listed.

innoSCAN II Series Galvanometer Scanners from 8.5mm to 30mm.

Item NameEntrance- apertureWavelengthTypical DeflectionRepetition-
accuracy
Long Term DriftMax.
Gaindrift
Writing SpeedDigital control
innoSCAN II-8,58,5 mm355, 532, 1064, 10600 nm (modifiable)±0,35 rad<20 μrad<0,3 mrad<100 ppm/K1000 cpsXY2-100 Protocol
innoSCAN II 10 mini10 mm355, 532, 1064, 10600 nm (modifiable)±0,35 rad<20 μrad<0,3 mrad<100 ppm/K640 cpsXY2-100 Protocol
innoSCAN II-1010 mm355, 532, 1064, 10600 nm (modifiable)±0,35 rad<20 μrad<0,3 mrad<100 ppm/K840 cpsXY2-100 Protocol
innoSCAN II 1212 mm355, 532, 1064, 10600 nm (modifiable)±0,35 rad<20 μrad<0,3 mrad<100 ppm/K620 cpsXY2-100 Protocol
innoSCAN II 1414 mm355, 532, 1064, 10600 nm (modifiable)±0,35 rad<20 μrad<0,3 mrad<100 ppm/K620 cpsXY2-100 Protocol
innoSCAN II-16 (W)16 mm355, 532, 1064, 10600 nm (modifiable)±0,35 rad<20 μrad<0,3 mrad<100 ppm/K450 cpsXY2-100 Protocol
innoSCAN II-20 (W)20 mm355, 532, 1064, 10600 nm (modifiable)±0,35 rad<20 μrad<0,3 mrad<100 ppm/K320 cpsXY2-100 Protocol
innoSCAN II-30 (W)30 mm355, 532, 1064, 10600 nm (modifiable)±0,35 rad<20 μrad<0,3 mrad<100 ppm/K260 cpsXY2-100 Protocol

*(W) = available with water cooling

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Galvanometer scanner

Galvanometer scanners are used to rapidly move laser beam in 1 or 2 dimensions. They are fast and often cheaper as moving the product itself. The limit of the maximal power of a given galvanometer scanner often limits the used to laser engraving, laser cleaning and laser welding processing. Laser cutting processes often needs higher laser power, than a galvo scanner can handle.