SMC C96SF100-400C C96 Series ISO Standard (15552) Air Cylinder
SMC
$369.80
The SMC C96SF100-400C C96 Series ISO Standard (15552) Air Cylinder is engineered to meet the rigorous demands of modern industrial applications. This advanced pneumatic actuator is part of the newly expanded C96 Series, which includes the C96-W, C96K, C96K-W, and C96Y models, offering a versatile range of options for custom configurations.
Designed with precision and efficiency in mind, the C96SF100-400C features a significant weight reduction of up to 17%, enhancing ease of installation and reducing the overall load on machinery. This lightweight design does not compromise on performance, ensuring robust operation across various applications.
A key innovation in this series is the dual cushion system, combining both air and bumper cushions. This advanced cushioning technology not only shortens cycle times but also minimizes the metal noise typically associated with piston strokes, thereby enhancing the operational environment and reducing wear on components.
The C96 Series adheres to the ISO 15552 standard, ensuring compatibility and interchangeability with existing systems, making it an ideal choice for engineers seeking reliable and efficient pneumatic solutions. The option for made-to-order configurations further allows for tailored solutions to meet specific application requirements.
Optimize your manufacturing processes with the SMC C96SF100-400C, where cutting-edge design meets industry standards, providing a seamless integration into your pneumatic systems.
- With Auto Switch(Built-in Magnet):
- Without Auto Switch
- Mounting Style:
- Rod Flange
- Bore Size:
- Bore Size 100 mm
- Cylinder Stroke:
- Standard Stroke 400 mm
- Rod Boot:
- Without Rod Boot
- Dual Stroke Mark:
- Without Two Stroke Mark
- Cylinder Stroke 2:
- Without Cylinder Stroke 2
- Cushion:
- Air Cushion On Both Ends+Bumper Cushion
- Rod Boot 2:
- Without Rod Boot
- Auto Switch:
- Without Auto Switch
- Number Of Auto Switches:
- 2 pcs. Or None
- Made To Order:
- Standard
