1. Ultra-Compact Press-Fitting Station for Automotive Electronics
In high-density automated assembly cells, integrating standard pneumatic cylinders for press-fitting tasks often dictates oversized machinery footprints. The Festo ADN-S-50-40-A-P-A is utilized to press bearings and heavy-duty electrical connectors into automotive ECU housings. Its ultra-compact short-stroke housing drastically reduces the required installation space, allowing multiple press stations to be mounted side-by-side on a highly constrained rotary index table.
Problem SolvedEliminates spatial constraints in multi-station assembly machines while delivering a high theoretical advance force of 1178 N at 0.6 MPa, providing the necessary mechanical power to overcome interference fits without the bulk of standard ISO cylinders.
1178 N advance force50 mm piston diameter0.6 MPa operating pressureUltra-compact short-stroke designMale thread piston rod
2. Low-Profile Robotic Welding Jig Clamping
During the robotic welding of heavy metal chassis frames, clamping fixtures must secure the workpiece tightly while remaining strictly low-profile to avoid collision with the articulating welding torch. This double-acting cylinder actuates a robust lever clamp to hold parts firmly in place. The built-in elastic cushioning plates at both ends absorb the shock of rapid clamping and unclamping cycles, preventing premature wear on the automated jig.
Problem SolvedMinimizes clamping fixture height to prevent robotic tool collisions, while supplying a rigid 1057 N of return stroke force and 1178 N of advance force to secure metal plates against thermal warping during the welding process.
Double-acting operationElastic cushioning plates1057 N return stroke forceAnodised wrought aluminium alloyHigh-alloy stainless steel piston rod
3. High-Force End-of-Arm Tooling (EOAT) Actuator for Payload Handling
Robotic arms handling dense industrial payloads require end-of-arm tooling that is exceptionally powerful yet lightweight to avoid exceeding the robot's dynamic payload limits. The ADN-S-50-40-A-P-A is used to actuate a custom heavy-duty mechanical gripper. Its low weight-to-force ratio combined with magnetic proximity switch integration allows the robot controller to confirm the exact 40 mm stroke position safely during fast pick-and-place maneuvers.
Problem SolvedReduces the moment of inertia and overhanging weight on a robotic wrist—weighing only 324 g base weight plus 252 g for the stroke—without sacrificing the 1 J impact energy and high push/pull actuation power needed for a secure grip.
40 mm strokePosition detection via proximity switch0.4 bar to 10 bar operating pressureVDMA24364-B2-L LABS conformityLow moving mass (104 g + 64 g)
