Improve performances: With a lighter vacuum gripper, the robot has increased the number of tasks carried out in an hour.Using this innovative technology, the vacuum gripper presents a significally reduced weight, compared to the previous version. The production of this new component is possible thanks to the technical know-how related to the Multi Jet Fusion technology and PA 12 material, chosen for this application. The technical staff wants to build a new kind of vacuum gripper, in thermoplastic material, with airtight integrated canalizations. This vacuum gripper is usually composed of an extruded aluminium profile with external canalizations for air management. Since the company needs to increase productivity and to reduce costs related to the robotic arm, engineers are driven to re-design it, starting from the vacuum gripper. To better understand benefits of additive manufacturing, we present you a vacuum gripper example, applied to a robotic arm, for packings handling. New generation vacuum grippers with Multi Jet Fusion technology These features enable engineers to develop more performant components. Additive manufacturing technologies allow to produce grippers with complex geometries, at reduced weight, in short time and at lower costs, compared to the production with more traditional methods.
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