Comfort First Kosmek Wkk: Hole Gripper - Wkk2000-095-d-h40-t - Limited Release [y8KWRS9a]

Comfort First Kosmek Wkk: Hole Gripper - Wkk2000-095-d-h40-t - Limited Release [y8KWRS9a]

The Kosmek WKK Hole Gripper - WKK2000-095-D-H40-T is a state-of-the-art tool designed for precise and efficient workpiece handling. This innovative gripping system is engineered to transfer workpieces with internal diameters (I.D.) with exceptional grip strength and control. The WKK2000-095-D-H40-T boasts a double-action mechanism with pressure ranging from 0.25 to 0.7 MPa, ensuring secure and reliable handling. Its robust design and advanced features make it a must-have for any machining or die casting process.

Product Properties and Specifications

The WKK2000-095-D-H40-T is specifically designed for ID: 9.5mm workpieces, featuring a datum and seating height of 40mm. This model is equipped with a tapered hole and serration, enhancing its gripping capability. The air blow function is an integral part of the design, effectively preventing cutting chips and coolant from interfering with the transfer process. This feature not only ensures the safety of the workpiece but also improves the efficiency of the overall process. For added convenience and safety, an auto switch is available to confirm action (sold separately), allowing for precise control and confirmation of lock and release actions.

Practical Applications and Benefits

The Kosmek WKK Hole Gripper - WKK2000-095-D-H40-T is an indispensable tool for a wide range of machining and die casting processes. Its 5 face accessibility, lightweight design, and compact structure make it highly versatile. The mechanical lock feature ensures that workpieces are securely held during transfer, reducing the risk of accidents. The product offers several key benefits, including less interference compared to traditional hand tools, space-saving capabilities for workpiece stockers, and a short workpiece holding stroke that allows for quicker gripping cycles. This not only increases efficiency but also enables robots to operate in a smaller footprint, ultimately reducing transfer time and improving productivity.