JENOPTIK - VOTAN
2
LASERS & MATERIAL PROCESSING I OPTICAL SYSTEMS I INDUSTRIAL METROLOGY I TRAFFIC SOLUTIONS I DEFENSE & CIVIL SYSTEMS BIM JENOPTIK - VOTAN ® BIM • The solution for highly flexible and cost effective 3D laser metal cutting • Light weight robot design for increased dynamics and precision • Based on high efficient fiber laser technology Laser cutting of metals
description
Â
Transcript of JENOPTIK - VOTAN
LASERS & MATERIAL PROCESSING I OPTICAL SYSTEMS I INDUSTRIAL METROLOGY I TRAFFIC SOLUTIONS I DEFENSE & CIVIL SYSTEMS
BIM
JENOPTIK - VOTAN® BIM
• The solution for highly flexible and cost effective 3D laser metal cutting
• Light weight robot design for increased dynamics and precision
• Based on high efficient fiber laser technology
Laser cutting of metals
JENOPTIK I Lasers & Material Processing
JENOPTIK Automatisierungstechnik GmbH
Konrad - Zuse - Strasse 6 I 07745 Jena
Phone: + 49 36 41 65 - 2534 I Fax: + 49 36 41 65 - 2540
E-Mail: [email protected] I www.jenoptik.com / lasermachines JO-A
T 07
.11
2025
.8 D
E
Technology
The system concept of JENOPTIK - VOTAN® BIM
is a turn - key solution for 3D laser cutting of metals.
The system has a mirror based and completely
robot integrated beam guide. It allows handling up to
4kW laser power without using a fiber in the working
envelope of the laser robot. Thus taking advantage
of the robots full capability in terms of dynamics and
accessibility.
Applications
•Carbodypartsand
structural components
•Pipesandexhaustsystems
•Housingsandappliances
Merkmal JENOPTIK - VOTAN® BIM
Laser type and outputCO
2 laser ( wave length = 10.6 µm ) till 5 kW
Fiber laser ( Wellenlänge @ 1.07 - 1.08 µm ) till 4 kW
Reach processing areaRepeat accuracy robot
700 x 500 x 1400 mm± 0.1 mm
Cuttingspeed up to 250 mm / s
Beam guide mirror system integrated in robot
Part handling Optional automatic loading or turntable
Ambient conditions Processingtemperatures5to35°C
ControlPLCS7controlGraphic user interface
Laser protection Class1
part handling round table or supporting table
We reserve the right to make changes in the interest of technical progress.
Features
• Integrated beam guide: laser light directed by mirrors
through the inside of the robot
• Light weight robot design for higher accuracy, speeds
and fast air moves
• Slimcuttingheaddesignforhigheraccessibility
• Compactoverallsystemdesign
• Capableofupto4kWlaserpower:CO2orfiberlaser
• Reliability of over 200 high power laser processing
systemsinthefield
