Mechanical Components

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 integrated with internal guide shafts to isolate the load bearing from the movement of the actuator s rod and seals. The carbon steel alloy slide bearing provides lateral stability protecting it from side load impacts, suitable for stopping applications.

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 MGPM is a compact body actuator designed with internal guide shafts to isolate the load bearing from the movement of the actuator's rod and seals. This carbon steel alloy slide bearing offers lateral stability, protecting it from side load impacts. Ideal for stopping applications.

The MGPM 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 carbon steel alloy slide bearing provides lateral stability protecting it from side load impacts, suitable for stopping applications.

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 MGJ is a miniature sized version of the MGP standard guided actuator designed for small load applications that require high accuracy. Its integrated guide rods provides a non-rotating accuracy of +/-0.1 . It is targeted for the electronic equipment and instrumentation industries and not intended for use in stopper applications.

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 integrated with internal guide shafts to isolate the load bearing from the movement of the actuator s rod and seals. The carbon steel alloy slide bearing provides lateral stability protecting it from side load impacts, suitable for stopping applications.

The MGPM 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 carbon steel alloy slide bearing provides lateral stability protecting it from side load impacts, suitable for stopping applications.

The MGPM is a compact body actuator featuring internal guide shafts to isolate the load bearing from the movement of the actuator's rod and seals. The carbon steel alloy slide bearing offers lateral stability, protecting it from side load impacts, making it ideal for stopping applications.

The MXJ miniature precision slide table provides travelling parallelism of 0.005 mm in a compact package, height: 10 mm and width: 20mm for the 4 mm bore size. Its actuator body and guide block are made from Martensitic stainless steel for high rigidity and integrated to guide rails for isolating the load bearing from the movement of the piston rod and seals. The ports and switch grooves can be specified on either the right or left-side of the body, in a symmetrical location in order to minimize side clearance for adjacent mounting 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 MGPM is a compact body actuator featuring internal guide shafts that isolate the load bearing from the movement of the actuator's rod and seals. This design ensures smooth operation and reduces wear on the seals. The carbon steel alloy slide bearing provides lateral stability, protecting it from side load impacts, making it suitable for stopping applications.

The MXQ 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 new MXQ is interchangeable in height dimension with the legacy style MXQ. 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 low torque, metal seal, rotary joint series MQR makes it possible to supply air to rotating and sliding components. Rotational torque is unaffected by supply pressure and temperature fluctuations. The use of metal seals prevents the spool from sticking to the rotating surface even after a long period of non- operation. Piping ports are aligned in a spiral line for easy piping.

The MXQ 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 new MXQ is interchangeable in height dimension with the legacy style MXQ. 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 MGPM 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 carbon steel alloy slide bearing provides lateral stability protecting it from side load impacts, suitable for stopping applications.

The MXQ 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 new MXQ is interchangeable in height dimension with the legacy style MXQ. 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 MXQ 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 new MXQ is interchangeable in height dimension with the legacy style MXQ. 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.