CORErapid Series

Scanner-based interference modules

Technical specifications

Scan speed:

< 6 m/s

Pulse duration:

> 1 ps

Dimensions:

410 x 160 x 470 mm

IR30.4
Wavelength: 1064 nm
Structure period: 4.2 – 30 µm
Pattern type: dots / lines
Scan field size (min.): 65×65 mm 
Two-beam efficiency: 50%
Working distance: 170 mm
Weight: 20 kg

IR30.2
Wavelength: 1064 nm
Structure period: 4.2 – 19 µm
Pattern type: lines
Scan field size (min.): 65×65 mm 
Two-beam efficiency: 100%
Working distance: 170 mm
Weight: 18kg

VIS30.4
Wavelength: 532 nm
Structure period: 2.5 – 8.5 µm
Pattern type: dots / lines
Scan field size (min.): 35×35 mm 
Two-beam efficiency: 50%
Working distance: 100 mm
Weight: 20 kg

VIS30.2
Wavelength: 532 nm
Structure period: 2.5 – 6.0 µm
Pattern type: lines
Scan field size (min.): 35×35 mm 
Two-beam efficiency: 100%
Working distance: 100 mm
Weight: 18kg

UV30.4
Wavelength: 355 nm
Structure period: 1.3 – 7.1 µm
Pattern type: dots / lines
Scan field size (min.): 65×65 mm 
Two-beam efficiency: 50%
Working distance: 170 mm
Weight: 20 kg

UV30.2
Wavelength: 355 nm
Structure period: 1.5 – 5.0 µm
Pattern type: lines
Scan field size (min.): 65×65 mm 
Two-beam efficiency: 100%
Working distance: 170 mm
Weight: 18kg

Why our solution?

While several laser approaches are already available on an industrial scale, with DLIP we offer a completely different solution as a new standard for surface functionalization.

fusion bionic corerapid series menu
en_US
fusion bionic corerultra series menu

COREultra – Coming soon

More

Fusion Bionic GmbH
Dr. Tim Kunze, CEO
Löbtauer Straße 69
01159 Dresden

+49 (0) 351 160 740 68
contact@fusionbionic.com

Fusion Bionic GmbH
Dr. Tim Kunze, CEO
Löbtauer Straße 69
01159 Dresden

+49 (0) 351 160 979 89
contact@fusionbionic.com