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The CXSM series is a dual piston actuator designed for non-rotating accuracy of up to 0.1 mm. This series features a slide bearing type that provides lateral stability, protecting it from side load impacts.With its dual piston design, the CXSM offers enhanced precision and reliability in various industrial applications. The slide bearing type ensures stability even under heavy loads, making it an ideal choice for environments where side load impacts are a concern.

The MXH narrow width precision slide table incorporates recirculating bearings to its new linear guide system to increase rigidity by expanding the width where the load bearings come in contact with the linear guide. The new linear guide system also increases allowable pitch moment by 170%, yaw moment by 210% and roll moment by 240% as well as reduces its weight by as much as 19% from the previous model. Its narrow width footprint allows for multiple units to be mounted adjacently for applications with tight space constraints.

The legacy MXQ precision slide table is integrated with guides and rails combined with recirculating bearings to isolate the load bearing from the movement of the dual rods and piston seals. The end lock option prevents the slide table from dropping in vertical applications, enhancing safety in the event of air pressure loss.

The CXS Series dual piston actuator offers non-rotating accuracy of 0.1 mm, making it an ideal choice for applications requiring high precision. The CXSM slide bearing type provides lateral stability, protecting the actuator from side load impacts and ensuring reliable operation even in challenging environments.

The MXS is a precision slide table integrated with guides and rails combined with cross roller bearings to isolate the load bearing from the movement of the dual rods and piston seals. Rubber bumpers or shock absorbers stop the slide table and can be paired with a stroke adjuster for precise positioning; available for extend, retract, or both ends in ranges of 0-5 mm, 0-15 mm and 0-25 mm. The end lock option prevents the slide table from dropping in vertical applications, enhancing safety in the event of air pressure loss.

The MGPL is a compact body actuator integrated with internal guide shafts to isolate the load bearing from the movement of the actuator s rod and seals. The high precision ball bushing allows for smooth operation that ensures stable travel resistance, suitable for pushing and lifting applications.

The MXSL is a precision slide table integrated with guides and rails combined with cross roller bearings to isolate the load bearing from the movement of the dual rods and piston seals. The ports and stroke adjuster positions are located opposite from the standard MXS in a symmetrical or mirror image of each other to minimize clearance for adjacent mounting applications. Rubber bumpers or shock absorbers stop the slide table and can be paired with a stroke adjuster for precise positioning; available for extend, retract, or both ends in ranges of 0-5mm, 0-15mm and 0-25mm. The end lock option prevents the slide table from dropping in vertical applications, enhancing safety in the event of air pressure loss.

The MXS is a precision slide table integrated with guides and rails combined with cross roller bearings to isolate the load bearing from the movement of the dual rods and piston seals. Rubber bumpers or shock absorbers stop the slide table and can be paired with a stroke adjuster for precise positioning; available for extend, retract, or both ends in ranges of 0-5 mm, 0-15 mm and 0-25 mm. The end lock option prevents the slide table from dropping in vertical applications, enhancing safety in the event of air pressure loss.

The MXS is a precision slide table integrated with guides and rails combined with cross roller bearings to isolate the load bearing from the movement of the dual rods and piston seals. Rubber bumpers or shock absorbers stop the slide table and can be paired with a stroke adjuster for precise positioning; available for extend, retract, or both ends in ranges of 0-5 mm, 0-15 mm and 0-25 mm. The end lock option prevents the slide table from dropping in vertical applications, enhancing safety in the event of air pressure loss.

The MGPM is a compact body actuator that integrates internal guide shafts to isolate the load bearing from the movement of the actuator's rod and seals. This design provides lateral stability and protection against side load impacts, making it suitable for stopping applications.The cylinder features a carbon steel alloy slide bearing, which enhances its durability and resistance to wear. The MGPM-Z is designed to provide precise and reliable operation in demanding environments.

The legacy MXQ precision slide table is integrated with guides and rails combined with recirculating bearings to isolate the load bearing from the movement of the dual rods and piston seals. The end lock option prevents the slide table from dropping in vertical applications, enhancing safety in the event of air pressure loss.

The MXSL is a precision slide table integrated with guides and rails combined with cross roller bearings to isolate the load bearing from the movement of the dual rods and piston seals. The ports and stroke adjuster positions are located opposite from the standard MXS in a symmetrical or mirror image of each other to minimize clearance for adjacent mounting applications. Rubber bumpers or shock absorbers stop the slide table and can be paired with a stroke adjuster for precise positioning; available for extend, retract, or both ends in ranges of 0-5mm, 0-15mm and 0-25mm. The end lock option prevents the slide table from dropping in vertical applications, enhancing safety in the event of air pressure loss.

The CXSL Series is a dual piston actuator designed for non-rotating accuracy with a precision of 0.1. This product features a high precision ball bushing type, ensuring smooth operation and stable travel resistance.The CXSL Series is an ideal choice for applications requiring precise control over linear motion. Its dual piston design provides enhanced stability and reliability, while the ball bushing bearing ensures smooth operation and minimizes friction.

The MGPL is a compact body actuator integrated with internal guide shafts to isolate the load bearing from the movement of the actuator s rod and seals. The high precision ball bushing allows for smooth operation that ensures stable travel resistance, suitable for pushing and lifting applications.

The MXQ*A is the newest generation of precision slide tables integrated with hardened stainless steel guides and rails to isolate the load bearing from the movement of the dual rods and piston seals. Its recirculating ball bearings are matched by size to each slide table with a slight negative clearance resulting in greater accuracy. The MXQ s thinly formed special stainless steel slide table reduces thickness allowing for a larger guide pitch providing high rigidity. The slide table s reduced weigh also increases allowable kinetic energy. The stoppers and shock absorbers are positioned at the center axis to minimize load deflection. The dowel pin holes positioned on the center axis standardizes mounting conditions for the basic and symmetric styles. The end lock option prevents the slide table from dropping in vertical applications, enhancing safety in the event of air pressure loss.

The SMC MXS Series Stroke Adjuster MXS-AS16 is an essential accessory designed for the MXS Series Air Slide Table. This adjuster is integrated with a worktable in a compact manner, making it ideal for precision assembly work. The MXS-AS16 features high rigidity and high accuracy, ensuring smooth movement without looseness through the adoption of a cross roller guide. Its compact and lightweight design provides twice the output of a conventional cylinder, thanks to the dual rod function.This stroke adjuster is suitable for various applications, including positioning pallets on a conveyor and as a Z-axis for picking and placing. The MXS-AS16 offers a wide variety of options, including adjuster options and functional options that can be combined to meet specific needs. The auto switch mounting grooves are designed for safety, with the installed auto switch flush with the surface of the housing body.Additional features include a buffer mechanism, end lock, axial piping type, and shock absorber, all contributing to the versatility and reliability of the MXS-AS16. The adjuster option at the extension end (AS) ensures precise control and adjustment of the stroke range from 0 to 5 mm.

The MGPM is a compact body actuator that integrates internal guide shafts to isolate the load bearing from the movement of the actuator's rod and seals. This design feature ensures smooth operation and minimizes wear on the seals. The carbon steel alloy slide bearing provides lateral stability, protecting it from side load impacts. This makes it ideal for stopping applications where side loads are a concern.The MGPM-Z is suitable for a wide range of industrial applications, including automation and control systems. Its compact design and internal guide shafts make it an efficient choice for applications that require precise positioning and minimal wear on seals.

The SMC JA Series Floating Joint is designed to absorb any off-centering or loss of parallel accuracy between the cylinder and the driven body, eliminating the need for precise centering. This feature significantly reduces installation time and allows for a high level of machining accuracy. The JA40-14-150 model is compact and suitable for high tensile stresses, ensuring a long service life with its dustproof cover. It offers a rotating angle of ±5°, making it ideal for applications where slight misalignments are common. The floating joint is compatible with double-acting cylinders and is available in basic, flange, and foot mounting styles. It is designed to handle pneumatic pressures up to 1 MPa and hydraulic pressures up to 3.5 MPa, making it versatile for various industrial applications.Benefits: The floating joint reduces the need for precise alignment, saving time and effort during installation. Its compact design and high tensile strength make it durable and reliable for long-term use. The dustproof cover enhances its longevity, even in harsh environments.Applications: Ideal for use in pneumatic and hydraulic cylinders, the JA Series Floating Joint is suitable for a wide range of industrial applications, including automation systems, manufacturing equipment, and material handling systems.

The MXH narrow width precision slide table is a cutting-edge linear guide system that integrates recirculating bearings to enhance its rigidity. This innovative design expands the contact area between the load bearings and the linear guide, resulting in increased allowable pitch moment by 170%, yaw moment by 210%, and roll moment by 240%. Additionally, this new system reduces the weight of the table by up to 19% compared to its predecessor. The narrow width footprint of this precision slide table allows for multiple units to be mounted adjacently in applications with limited space. This feature makes it an ideal solution for environments where space is at a premium.

The MXQ*B is the newest generation of precision slide tables integrated with hardened stainless steel guides and rails to isolate the load bearing from the movement of the dual rods and piston seals. The MXQ*B has higher rigidity than the MXQ*A type for equivalent bore sizes, or can be down sized one bore size for equivalent rigidity requirements to save on air consumption. Its recirculating ball bearings are matched by size to each slide table with a slight negative clearance resulting in greater accuracy. The MXQ s thinly formed special stainless steel slide table reduces thickness allowing for a larger guide pitch providing high rigidity. The slide table s reduced weigh also increases allowable kinetic energy. The stoppers and shock absorbers are positioned at the center axis to minimize load deflection. The dowel pin holes positioned on the center axis standardizes mounting conditions for the basic and symmetric styles. The end lock option prevents the slide table from dropping in vertical applications, enhancing safety in the event of air pressure loss.