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pin cylinder CJP-Z

The SMC CJP-Z series is an extremely compact and lightweight miniature cylinder designed for applications with minimal space requirements. This single-acting variant uses an integrated spring to safely retract the piston rod, significantly reducing air consumption and operating costs. Its robust design with an integrated magnet for end-of-stroke sensing and high repeatability makes it the perfect solution for fine assembly and gripping processes. This cylinder is ideal for industries that value weight savings, efficient and secure return movements, and simple position sensing. • Extremely compact and lightweight design for installations with minimal space • Reduced air consumption with single-acting operation • Reliable and secure return motion via spring force • High repeatability for precise processes • Integrated magnet for easy end-of-stroke sensing

Filter products

CJPB10-10H4Z

CJPB10-10H4Z

• Extremely compact and lightweight design for installations with minimal space • Reduced air consumption with single-acting operation • Reliable and secure return motion via spring force • High repeatability for precise processes • Integrated magnet for easy end-of-stroke sensing

CJPB10-10H4Z-B

CJPB10-10H4Z-B

• Extremely compact and lightweight design for installations with minimal space • Reduced air consumption with single-acting operation • Reliable and secure return motion via spring force • High repeatability for precise processes • Integrated magnet for easy end-of-stroke sensing

CJPB10-10H6Z

CJPB10-10H6Z

• Extremely compact and lightweight design for installations with minimal space • Reduced air consumption with single-acting operation • Reliable and secure return motion via spring force • High repeatability for precise processes • Integrated magnet for easy end-of-stroke sensing

CJPB10-10H6Z-B

CJPB10-10H6Z-B

• Extremely compact and lightweight design for installations with minimal space • Reduced air consumption with single-acting operation • Reliable and secure return motion via spring force • High repeatability for precise processes • Integrated magnet for easy end-of-stroke sensing

CJPB10-10Z

CJPB10-10Z

• Extremely compact and lightweight design for installations with minimal space • Reduced air consumption with single-acting operation • Reliable and secure return motion via spring force • High repeatability for precise processes • Integrated magnet for easy end-of-stroke sensing

CJPB10-10Z-B

CJPB10-10Z-B

• Extremely compact and lightweight design for installations with minimal space • Reduced air consumption with single-acting operation • Reliable and secure return motion via spring force • High repeatability for precise processes • Integrated magnet for easy end-of-stroke sensing

CJPB10-15H4Z

CJPB10-15H4Z

• Extremely compact and lightweight design for installations with minimal space • Reduced air consumption with single-acting operation • Reliable and secure return motion via spring force • High repeatability for precise processes • Integrated magnet for easy end-of-stroke sensing

CJPB10-15H4Z-B

CJPB10-15H4Z-B

• Extremely compact and lightweight design for installations with minimal space • Reduced air consumption with single-acting operation • Reliable and secure return motion via spring force • High repeatability for precise processes • Integrated magnet for easy end-of-stroke sensing

CJPB10-15H6Z

CJPB10-15H6Z

• Extremely compact and lightweight design for installations with minimal space • Reduced air consumption with single-acting operation • Reliable and secure return motion via spring force • High repeatability for precise processes • Integrated magnet for easy end-of-stroke sensing

CJPB10-15H6Z-B

CJPB10-15H6Z-B

• Extremely compact and lightweight design for installations with minimal space • Reduced air consumption with single-acting operation • Reliable and secure return motion via spring force • High repeatability for precise processes • Integrated magnet for easy end-of-stroke sensing

CJPB10-15Z

CJPB10-15Z

• Extremely compact and lightweight design for installations with minimal space • Reduced air consumption with single-acting operation • Reliable and secure return motion via spring force • High repeatability for precise processes • Integrated magnet for easy end-of-stroke sensing

CJPB10-15Z-B

CJPB10-15Z-B

• Extremely compact and lightweight design for installations with minimal space • Reduced air consumption with single-acting operation • Reliable and secure return motion via spring force • High repeatability for precise processes • Integrated magnet for easy end-of-stroke sensing

CJPB10-5H4Z

CJPB10-5H4Z

• Extremely compact and lightweight design for installations with minimal space • Reduced air consumption with single-acting operation • Reliable and secure return motion via spring force • High repeatability for precise processes • Integrated magnet for easy end-of-stroke sensing

CJPB10-5H4Z-B

CJPB10-5H4Z-B

• Extremely compact and lightweight design for installations with minimal space • Reduced air consumption with single-acting operation • Reliable and secure return motion via spring force • High repeatability for precise processes • Integrated magnet for easy end-of-stroke sensing

CJPB10-5H6Z

CJPB10-5H6Z

• Extremely compact and lightweight design for installations with minimal space • Reduced air consumption with single-acting operation • Reliable and secure return motion via spring force • High repeatability for precise processes • Integrated magnet for easy end-of-stroke sensing

CJPB10-5H6Z-B

CJPB10-5H6Z-B

• Extremely compact and lightweight design for installations with minimal space • Reduced air consumption with single-acting operation • Reliable and secure return motion via spring force • High repeatability for precise processes • Integrated magnet for easy end-of-stroke sensing

CJPB10-5Z

CJPB10-5Z

• Extremely compact and lightweight design for installations with minimal space • Reduced air consumption with single-acting operation • Reliable and secure return motion via spring force • High repeatability for precise processes • Integrated magnet for easy end-of-stroke sensing

CJPB10-5Z-B

CJPB10-5Z-B

• Extremely compact and lightweight design for installations with minimal space • Reduced air consumption with single-acting operation • Reliable and secure return motion via spring force • High repeatability for precise processes • Integrated magnet for easy end-of-stroke sensing

CJPB16-10H4Z

CJPB16-10H4Z

• Extremely compact and lightweight design for installations with minimal space • Reduced air consumption with single-acting operation • Reliable and secure return motion via spring force • High repeatability for precise processes • Integrated magnet for easy end-of-stroke sensing

CJPB16-10H4Z-B

CJPB16-10H4Z-B

• Extremely compact and lightweight design for installations with minimal space • Reduced air consumption with single-acting operation • Reliable and secure return motion via spring force • High repeatability for precise processes • Integrated magnet for easy end-of-stroke sensing

CJPB16-10H6Z

CJPB16-10H6Z

• Extremely compact and lightweight design for installations with minimal space • Reduced air consumption with single-acting operation • Reliable and secure return motion via spring force • High repeatability for precise processes • Integrated magnet for easy end-of-stroke sensing

CJPB16-10H6Z-B

CJPB16-10H6Z-B

• Extremely compact and lightweight design for installations with minimal space • Reduced air consumption with single-acting operation • Reliable and secure return motion via spring force • High repeatability for precise processes • Integrated magnet for easy end-of-stroke sensing

CJPB16-10Z

CJPB16-10Z

• Extremely compact and lightweight design for installations with minimal space • Reduced air consumption with single-acting operation • Reliable and secure return motion via spring force • High repeatability for precise processes • Integrated magnet for easy end-of-stroke sensing

CJPB16-10Z-B

CJPB16-10Z-B

• Extremely compact and lightweight design for installations with minimal space • Reduced air consumption with single-acting operation • Reliable and secure return motion via spring force • High repeatability for precise processes • Integrated magnet for easy end-of-stroke sensing