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BC Cutting Laser
Compact, robust, reliable, these are the characteristics of the BC Cutting Laser. A system with simple operation and reliable technology paired with high-end laser technology is available at an extremely attractive price. Low machine dimensions increase the user’s flexibility.
All cutting jobs can be carried out universally in different kind of industries. Reliable fiber lasers in different power classes are available for this machine.
A high-speed precision cutting head with collimator enables an optimal interaction between quality and speed. Depending on the material various assist gases can be used.
Please contact us:
Phone: +49 (0) 71 41 / 85 35 0
E-mail: sales@baublys.de
Subject to technical changes.
All cutting jobs can be carried out universally in different kind of industries. Reliable fiber lasers in different power classes are available for this machine.
A high-speed precision cutting head with collimator enables an optimal interaction between quality and speed. Depending on the material various assist gases can be used.
Please contact us:
Phone: +49 (0) 71 41 / 85 35 0
E-mail: sales@baublys.de
Subject to technical changes.
Laser type
| YLR-QCW-150W |
YLR-CW-500W | YLR-CW-1000W |
Wave length
1.070 nm
Power
| 150 W |
500 W | 1000 W |
Max. workpiece size
600 x 600 mm / 1200 x 600 mm (optional)
Dimensions
1.300 x 1.850 x 1.950 mm (L x W x H)
Max. position speed
30 m/min.
Max. cutting speed, depending on material
Depending on material
Max. cutting depth, depending on material
| ≤2 mm |
≤6 mm | ≤12 mm |
Travel range of X axis
600 mm / 1.200 mm (option)
Travel range of Y axis
600 mm
Stroke of Z axis
50 mm
Position accuracy of X/Y axes
± 0,03 mm
Repeatability of X/Y axes
± 0,02 mm
Position accuracy of Z axis
± 0,02 mm
Repeatability of Z axis
± 0,01 mm
Power supply
| 400 V, 50/60 Hz, 32 A | 400 V, 50/60 Hz, 32 A | 400 V, 50/60 Hz, 60 A |
Highlights
• Fiber laser
• Low power consumption
• Low operating costs
• Low maintenance
• High performance
• High efficiency
• High precision
• High quality
• High speed
• Low power consumption
• Low operating costs
• Low maintenance
• High performance
• High efficiency
• High precision
• High quality
• High speed