Flexible Support for Human-Robot Collaboration


Flexible Support for Human-Robot Collaboration
Cobots
Cobots (Collaborative Robots) are lightweight robots designed to safely work alongside human operators. They perform repetitive, precise or ergonomically challenging tasks, reducing manual workload in assembly, manufacturing, packaging and handling applications.
After a thorough risk assessment, cobots can operate without extensive safety enclosures, enabling efficient and safe human-robot collaboration (HRC).
At project Service & Produktion GmbH, we integrate Kassow Robots cobots seamlessly into your production environment for ergonomic, efficient and safe workflows.
Technical Features & Functionality
- 7-axis kinematics for maximum flexibility in confined workspaces
- Optimal combination of force, speed, and payload for versatile applications
- Joint speeds up to 225°/s for fast, precise operation
- Intuitive programming via tablet with drag-and-drop control
- Plug-and-play operation (240V) for rapid relocation and deployment
- Safe operation without protective barriers in direct proximity to operators
These features make cobots ideal for assembly, packaging and inspection processes where both precision and safety are essential.
Customization & Integration
Cobots are tailored to customer requirements and integrated into existing production lines.
Interfaces to grippers, conveyors and vision systems enable seamless integration into industrial automation workflows.
project Service & Produktion GmbH provides comprehensive support from planning and programming to commissioning, including training and ongoing service, ensuring maximum operational efficiency.

Product Variants
- Kassow KR810 – Payload: 10 kg | Reach: 850 mm
- Kassow KR1018 – Payload: 18 kg | Reach: 1000 mm
- Kassow KR1205 – Payload: 5 kg | Reach: 1200 mm
- Kassow KR1410 – Payload: 10 kg | Reach: 1400 mm
- Kassow KR1805 – Payload: 5 kg | Reach: 1800 mm
Each model covers different scenarios – from compact workstations to large-scale material handling applications.
