When standard pneumatic cylinders fall short in meeting the demands of precision manufacturing and automated production, specialized solutions become essential. Leading automation companies have developed high-performance pneumatic cylinders that address these technical challenges through innovative designs and enhanced capabilities.

Intelligent Multi-Stage Drive for Precise Positioning

Modern automation systems increasingly require flexible positioning solutions. Multi-position cylinders offer two primary approaches to achieve this functionality.

The first method combines two independent cylinders connected through precision components, with piston rods extending in opposite directions. This configuration enables up to four distinct positioning points within a single unit, simplifying mechanical structures while improving system integration. Such designs prove particularly valuable in packaging lines where multiple sequential actions must be performed in limited spaces.

An alternative approach connects two to five cylinders of varying stroke lengths in series, presenting a single visible piston rod that moves sequentially through predefined positions. This compact arrangement creates smooth, continuous motion paths ideal for material handling and precision alignment applications in automated assembly processes.

Enhanced Force Output for Demanding Applications

High-force pneumatic cylinders employ innovative designs where multiple compact cylinders work in tandem to generate substantially greater output than standard models. Through the serial connection of up to four pistons, these systems deliver amplified force that remains consistent throughout nearly the entire stroke range.

The primary cylinder typically incorporates position sensing capabilities, providing visible movement and system feedback. These high-force solutions find extensive use in industrial processes requiring substantial kinetic energy, including pressing, stamping, and metal forming operations. By delivering exceptional power within constrained spaces, they offer efficient alternatives to larger conventional cylinders or hydraulic systems.

Dual-Direction Force Doubling for Reliable Performance

Tandem cylinder configurations combine two identical DNC profile cylinders to double the available force in both movement directions. These systems maintain compatibility with ISO 15552 standards, allowing direct use of existing mounting accessories and piston rod components from established cylinder series.

Each cylinder section features magnetic pistons for straightforward position detection using proximity switches that install securely within dedicated sensor grooves. Adjustable pneumatic cushioning absorbs energy effectively, ensuring smooth operation and extended service life. Available in various configurations with stroke lengths reaching 500mm, these systems include standard and high-temperature variants capable of operating at up to 120°C.