Product

FIPA: SR Series Quick-Change Systems for Robots and Grippers



Founded 1985 in Munich, Germany, FIPA is a leading innovator in Vacuum Technology and End-of-Arm Tooling solutions. They specialize in developing quality products and dynamic solutions for all aspects of your material flow systems.
1855 Evans Rd
Cary, North Carolina, 27513
United States
1 (919) 651-9888 
FIPA Company Profile

Safe-lock mechanism ensures new round quick-changers are securely connected

Safe-lock mechanism ensures round quick-changers are securely connected A new series of round quick-change systems creates a reliable connection between assembly and materials handling robots and gripper systems. The SR Series of quick-changers withstands strong vibrations and rapid accelerations with snap on, safe-lock mechanisms, color-coded locking indications (red for locked, green for open), and pneumatic air connections that cannot be misaligned. The units ensure functional reliability and improve process safety because their visual locking indication shows operators immediately whether or not the quick-changers are securely closed and ready for operation. Made of high-strength, anodized aluminum alloy, the units may be specified in diameters of 50, 90 and 150 millimeters. They withstand working pressure up to 6 bar and working vacuum of up to -1 bar. FIPA, 919-651-9888, [url=http://www.fipa.com]http://www.fipa.com[/url].

A new series of round quick-change systems by FIPA creates a reliable connection between assembly and materials handling robots and gripper systems.

The SR Series of quick-changers withstands strong vibrations and rapid accelerations with snap on, safe-lock mechanisms, color-coded locking indications (red for locked, green for open), and pneumatic air connections that cannot be misaligned. The units ensure functional reliability and improve process safety because their visual locking indication shows operators immediately whether or not the quick-changers are securely closed and ready for operation.

Made of high-strength, anodized aluminum alloy, the units may be specified in diameters of 50, 90 and 150 millimeters. They withstand working pressure up to 6 bar and working vacuum of up to -1 bar.