Automotive Press Workstation Automation | Robotic Press Tending & Palletization by KEAM

Welcome to a demonstration of our custom automotive automation solution! In this video, we showcase the complete journey from initial 3D CAD design to the physical laboratory realization of a robotized press workstation. 🤖 What This Application Demonstrates: The robotic cell handles a complete press-tending cycle designed for high-efficiency automotive manufacturing: Workpiece Feeding: Precise loading of the semi-finished parts into the press. Part Extraction: Safe and reliable removal of the finished stamped parts from the nesting fixture. Subsequent Palletization: Automated sorting and placing of the finished components into the delivery bin. 💡 Project Insights & Details: Customized Simulation: For this test run, we customized our laboratory workstation to perfectly mimic the real layout, dimensions, and constraints of the final manufacturing floor. Operation Speed: Please note that the current movements are slowed down for simulation and safety purposes. The final implementation on the production line will feature significantly faster, high-speed cycle times. In-House Engineering: Everything you see in this video is made entirely by KEAM s.r.o. Custom Gripper: The specialized end-of-arm tooling (gripper) was completely designed, engineered, and 3D-printed by our team to fit the specific geometry of the handled parts. 🔗 Connect With Us & Learn More: 🌐 Website: https://www.keam.sk 📩 Contact us for custom industrial automation, robotic cells, and engineering solutions. If you found this simulation interesting, please Don't forget to LIKE, SHARE, and SUBSCRIBE for more robotic and automation insights! #AutomotiveAutomation #Robotization #PressTending #IndustrialRobotics #MachineTending #AutomationEngineering #3DPrinting #KEAM #RoboticGripper #SmartManufacturing