HITBOT ESC-70ALL | Electric Suction cup
Variants: 4 suction cups
Hitbot Z-ESC-70 – Electric Vacuum Gripper for Flexible Automated Handling
The Hitbot Z-ESC-70 is a compact electric vacuum gripper designed for automated pick-and-place, material handling, and robotic manipulation applications. Unlike traditional pneumatic vacuum systems, the Z-ESC-70 generates vacuum electrically and requires no external compressed air supply, simplifying installation and reducing operating costs.
Featuring a maximum vacuum level of 50% and a flow rate of 15 L/min, the system provides reliable suction performance for handling a wide range of flat and airtight workpieces. The vacuum force can be adapted using one to four suction cups, allowing flexible configuration according to application requirements and part geometries.
The gripper supports both RS-485 (Modbus RTU) communication and digital I/O, providing seamless connectivity with industrial robots, collaborative robots, PLCs, and automation systems.
Ideal for electronics assembly, packaging, laboratory automation, logistics, machine tending, consumer goods manufacturing, and robotic pick-and-place applications requiring compact, efficient, and air-free vacuum handling.
Note: The suction force and maximum payload capacity depend on the number, size, and type of suction cups used. Actual performance may vary according to the workpiece material, surface condition, and application requirements.
Highlights

Multi-Cup Vacuum Handling
Supports up to four suction cups simultaneously
The four-cup configuration provides increased contact area and improved load distribution, enabling more stable handling of larger or irregularly shaped workpieces.

Higher Holding Stability
Enhanced grip security during transport
By using multiple suction points, the system reduces the risk of tilting, slipping, or part movement, ensuring reliable handling throughout the automation process.

No Compressed Air Required
Fully electric vacuum generation
The Z-ESC-70 operates without an external compressed air supply, reducing installation complexity, lowering operating costs, and simplifying deployment in automated workcells.

