Explore the future of pneumatics. Our blog offers expert insights, technical guides, and industry trends to help you innovate and optimize your automation systems.
Oval-piston cylinders use elliptical bore geometry to maximize force output within constrained spaces, delivering 30-50% more force than equivalent round cylinders while reducing installation footprint by 40-60% through optimized cross-sectional area and directional mounting flexibility.
End cap design directly impacts cylinder strength and mounting integrity through structural load distribution, pressure containment, and mounting interface quality, with proper engineering delivering 3x longer service life and 40% better mounting stability compared to basic designs.
Tandem cylinders multiply force output by connecting two or more cylinders in series, effectively doubling or tripling available force while maintaining compact installation footprints, delivering up to 200% more force than single cylinders of equivalent size through synchronized operation.
Temperature directly affects cylinder seal performance through material expansion, hardness changes, and chemical degradation, with proper material selection enabling reliable operation from -40°C to +200°C while maintaining leak-tight performance and extended service life.
Barrel scoring and piston damage can be prevented through proper filtration, regular maintenance, correct installation practices, and using quality replacement components that maintain precise tolerances and surface finishes.
