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Schmalz
Schmalz CobotPump is an electric vacuum pump for cobots that generates vacuum up to 0.6 mbar without compressed air, handles payloads to 3 kg, and integrates with Universal Robots, FANUC, ABB, Dobot, and igus platforms for pick-and-place, packaging, assembly, and bin-picking tasks.
Schmalz CobotPump is an electric vacuum pump designed for collaborative robots, providing a compressed air free solution for pick and place, packaging, assembly, and bin-picking applications on Universal Robots, FANUC, ABB, Dobot, igus, and other cobot platforms. The pump serves as a cobot vacuum gripper and robot vacuum gripper for tasks involving mainly airtight workpieces within a payload range up to 3 kg.
Schmalz CobotPump is optimized for mounting on Universal Robots, FANUC, ABB, Dobot, igus cobots. The compact design supports quick end effector changes and integration with standard robot interface connections. Refer to Schmalz and robot manufacturer guides for installation steps.
For airtight workpieces, CobotPump delivers reliable picking force. Handling porous materials requires sealing pads or alternate gripping surfaces for optimal vacuum. Consult Schmalz's application guides for material handling solutions and matching gripper pads.
Unlike pneumatic pumps relying on compressed air, the electric vacuum generator in Schmalz CobotPump minimizes maintenance and avoids air supply infrastructure. Electric pumps also produce less operational noise and have faster setup in robot cells.
Refer to documentation for fail-safe protocols, safety certification details, and emergency stop information. Electric operation reduces maintenance intervals compared to compressed air systems. Routine filter and seal checks are recommended for sustained performance.
Schmalz CobotPump is an electric vacuum generator designed for cobots, eliminating the need for compressed air lines and pump infrastructure that pneumatic systems require. Choose this for cells where air supply is unavailable, noise must be minimized, or quick end effector swaps matter.