A Cobot Transfer Unit (CTU) enhances the flexibility and operational range of collaborative robots (cobots) by moving them along an additional linear axis. This setup allows cobots to perform tasks over a larger workspace or handle multiple stations, making it a valuable asset in automated environments
Key Features:
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Extended Reach and Coverage: Expands the cobot’s work area by allowing it to travel along a linear path, making it capable of servicing multiple workstations or zones.
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Seamless Integration with Cobots: Designed to integrate easily with popular cobot brands (e.g., Universal Robots, ABB, FANUC), supporting plug-and-play compatibility.
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Precision Positioning: High accuracy and repeatability for precise positioning along the transfer unit, ensuring tasks are performed accurately across the extended workspace.
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Adjustable Speed and Acceleration: Offers configurable speed and acceleration profiles to match application needs, providing smooth and adaptable motion.
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Compact and Modular Design: Usually compact in size to fit within tight manufacturing setups, with a modular build for scalable configurations.
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Enhanced Safety Features: Built-in safety protocols, like collision detection and force limits, ensure safe interaction with human operators, aligning with cobot safety standards.
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Multiple Mounting Options: Offers various mounting configurations (floor, ceiling, wall) to fit different operational layouts.
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Versatile Control Options: Compatible with most cobot controllers and often programmable through the cobot’s own interface, simplifying programming and integration.
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Load and Payload Capacity: Engineered to handle the cobot’s weight along with its payload, ensuring smooth motion and stability during operation.
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Plug-and-Play Connectivity with Industry Standards: Supports integration with industrial communication protocols (EtherCAT, Modbus, etc.), making it adaptable to various automation systems.
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