Mechanical gripper retention geometry: SuntoryRecent Research Landscape
Manual disassembly of pressurized or liquid food containers risks equipment damage and operator safety. These innovations utilize specialized support structures and actuator interfaces to ensure controlled component separation and maintenance.
What technical problems is Suntory addressing in Mechanical gripper retention geometry?
Unstable container transport orientation
(5)evidences
Residual impurities and surface defects during the molding and printing process compromise final product quality. Eliminating these contaminants ensures high-precision structural integrity and aesthetic consistency.
Unintentional component detachment
(3)evidences
Difficulty in safely and rapidly separating heavy or complex mechanical components during maintenance. Reducing downtime and preventing damage during the recovery of integrated units provides a significant operational advantage.
Uncontrolled fluid discharge leakage
(2)evidences
Unstable gripping or positioning of liquid containers during high-speed handling leads to spillage or mechanical failure. Improving retention stability prevents product loss and ensures precise dispensing alignment.