SMC USA
About SMC USA
Since its establishment, SMC has been a leader in pneumatic technology, providing industry with technology and products to support automation based on the guiding principle of “contributing to automation labor savings in industry.”
Over the past 50+ years, SMC’s products have become established as a recognized international brand through sales, technical, supply and after sale services in world markets. Sales have grown to achieve a 30% global market share.
CP96
CP96, profile tube design ISO cylinder with enclosed tie rods, is available in 6 bore sizes from ø32 to ø125mm. High accuracy covers and tie rod nuts improve mounting accuracy and extend the cylinder life. Increasing the precision of the bushing and piston rod, as well as reducing tolerances, has decreased the deflection of the piston rod. Standard strokes range from 25 to 800mm.
CP96K, profile tube design ISO cylinder with enclosed tie rods, The non-rotating rod version is available with a single or double rod in 5 bore sizes from ø32 to ø100mm. High accuracy covers and tie rod nuts improve mounting accuracy and extend the cylinder life. Increasing the precision of the bushing and piston rod, as well…
CP96, profile tube design ISO cylinder with enclosed tie rods, is available in 6 bore sizes from ø32 to ø125mm. The series is available with a single or double rod in 6 bore sizes from ø32 to ø125mm. The air cushion and bumper cushion combination greatly reduces noise at the end of stroke. High accuracy covers and…
CP96, profile tube design ISO cylinder with enclosed tie rods, is available in 6 bore sizes from ø32 to ø125mm. High accuracy covers and tie rod nuts improve mounting accuracy and extend the cylinder life. Increasing the precision of the bushing and piston rod, as well as reducing tolerances, has decreased the deflection of the…
CP96, profile tube design ISO cylinder with enclosed tie rods, is available in 6 bore sizes from ø32 to ø125mm. High accuracy covers and tie rod nuts improve mounting accuracy and extend the cylinder life. Increasing the precision of the bushing and piston rod, as well as reducing tolerances, has decreased the deflection of the…
CP96, profile tube design ISO cylinder with enclosed tie rods, is available in 6 bore sizes from ø32 to ø125mm. High accuracy covers and tie rod nuts improve mounting accuracy and extend the cylinder life. Increasing the precision of the bushing and piston rod, as well as reducing tolerances, has decreased the deflection of the…
CP96, profile tube design ISO cylinder with enclosed tie rods, is available in 6 bore sizes from ø32 to ø125mm. High accuracy covers and tie rod nuts improve mounting accuracy and extend the cylinder life. Increasing the precision of the bushing and piston rod, as well as reducing tolerances, has decreased the deflection of the…
CP96, profile tube design ISO cylinder with enclosed tie rods, is available in 6 bore sizes from ø32 to ø125mm. High accuracy covers and tie rod nuts improve mounting accuracy and extend the cylinder life. Increasing the precision of the bushing and piston rod, as well as reducing tolerances, has decreased the deflection of the…
CP96, profile tube design ISO cylinder with enclosed tie rods, is available in 6 bore sizes from ø32 to ø125mm. High accuracy covers and tie rod nuts improve mounting accuracy and extend the cylinder life. Increasing the precision of the bushing and piston rod, as well as reducing tolerances, has decreased the deflection of the…
CP96, profile tube design ISO cylinder with enclosed tie rods, is available in 6 bore sizes from ø32 to ø125mm. High accuracy covers and tie rod nuts improve mounting accuracy and extend the cylinder life. Increasing the precision of the bushing and piston rod, as well as reducing tolerances, has decreased the deflection of the…
CP96, profile tube design ISO cylinder with enclosed tie rods, is available in 6 bore sizes from ø32 to ø125mm. High accuracy covers and tie rod nuts improve mounting accuracy and extend the cylinder life. Increasing the precision of the bushing and piston rod, as well as reducing tolerances, has decreased the deflection of the…
