Blackbird Robotersysteme GmbH
Since the company was founded in Munich in 2008, Blackbird Robotersysteme GmbH has focused on the developing of powerful control technology and software for remote laser processing. The experienced team of engineers and software developers combines for a comprehensive understanding of production process with innovative approaches for robot path planning.
- +49 89 307 484 700
- +49 89 307 484 701
- Info@blackbird-robotics.de
- Carl-Zeiss-Str. 5
Garching, 85748
Germany
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Product
Scan Heads
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Blackbird offers a selection of versatile scan heads to help you optimize your process. Our sales team will be happy to assist you in choosing the perfect model for your needs.
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Product
System Extensions
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Teach your scanner to 'see' – for greater accuracy and flexibility – and to 'fly' – for increased efficiency and productivity. Extend the lifespan of your scanning system with process-specific equipment.
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Product
3D Scan Systems
intelliWELD
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The intelliWELD is a 3D scanning unit for remote laser welding applications. While a robot leads the scan system along the processing line, the scan unit ensures the fast and precise positioning of the laser spot.The intelliWELD scan unit allows elimination of complex robot movements and fast repositioning, reducing the repositioning time between the welds to a few milliseconds.
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Product
2D Scanning Unit
intelliSCAN FT
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The intelliSCAN FT is a 2D scanning unit for planar remote laser applications. Fix integrated in the welding machine or attached to a Gantry system, the scan unit ensures fast and precise positioning of the laser spot.
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Product
Scanner Controls
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With a scanner controller from Blackbird, you can integrate a welding system into your plant quickly and easily. Choose from our range of control solutions and benefit from decades of experience in remote laser welding.
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Product
OCT
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Optical coherence tomography (OCT), as an optical measurement method, is ideally suited for combination with scanner-based laser welding processes. OCT monitoring enables precise and highly dynamic information acquisition in all process zones, thus creating the basis for an optimized process flow with consistently optimal results.
