1. Semiconductor Wafer Positioning and Holding
Utilizing its ultra-compact design and cleanroom certification, the cylinder is employed in semiconductor manufacturing equipment to precisely extend and hold silicon wafers or carriers during automated processing. The female threaded piston rod allows for the secure attachment of custom, non-marring end effectors.
Problem SolvedStandard pneumatic actuators often generate particulate contamination and consume excessive space in confined automation tools. This actuator solves both issues by providing necessary actuation in extremely tight spaces while strictly maintaining ISO 14644-14 Class 5 cleanroom compliance, eliminating particulate contamination risks.
ISO 14644-14 Class 515 mm StrokeFemale threadDouble-acting
2. Automated PCB Component Clamping
In high-speed electronic assembly stations, the cylinder acts as a compact clamping mechanism to hold printed circuit boards (PCBs) or delicate device casings firmly in place against fixtures during automated screwdriving, pressing, or soldering processes.
Problem SolvedAutomated assembly requires a robust holding force in a minimal footprint, alongside electronic verification that the part is securely clamped before tooling engages. Providing 295 N of theoretical advance force at 0.6 MPa (6 bar) and supporting position detection via proximity switches ensures reliable, verifiable clamping in space-constrained machinery.
295 N advance force25 mm piston diameterPosition detection via proximity switch0.6 MPa ... 1 MPa operating pressure
3. High-Speed Defect Rejection in Pharmaceutical Packaging
The double-acting cylinder is mounted directly adjacent to high-speed pharmaceutical blister packaging conveyors as a fast-acting pusher. When a vision inspection system detects an unfilled blister or defect, the cylinder rapidly actuates to push the faulty package 15 mm off the line into a reject bin.
Problem SolvedEjection mechanisms in fast-paced pharmaceutical lines must actuate extremely quickly over short distances without generating heavy end-of-stroke impacts that cause vibration or machine wear. The 15 mm short stroke combined with integrated elastic cushioning plates at both ends safely absorbs up to 0.3 J of impact energy during high-speed, repetitive sorting cycles.
15 mm strokeElastic cushioning rings/plates0.3 J impact energyDouble-acting
