Mechanical Components

The SKF 6018 Deep Groove Ball Bearing is a single row bearing known for its versatility and robust design. It features low friction and is optimized for low noise and vibration, making it suitable for high rotational speeds. This bearing can accommodate both radial and axial loads in both directions, ensuring reliable performance in various applications. The 6018 model is easy to mount and requires minimal maintenance, providing a cost-effective solution for many industrial needs.Function and Benefits:Simple, versatile, and robust designLow friction for high-speed capabilityAccommodates radial and axial loads in both directionsRequires little maintenanceFeatures:SKF Explorer performance classSingle row without filling slotsCylindrical bore typeSheet metal cageBearing steel materialOpen design without seals or lubricationCompliance and Standards: ISO tolerance class for geometrical tolerances: Normal

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 MGQM 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. Non-rotating accuracy ranging from +/-0.04 for 100 mm bore to +/-0.08 for 12 mm bore.

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 series CU single rod, double acting, long stroke, free mount cylinder saves space and allows direct and precise mounting. The long stroke version is available with stroke lengths up to 100mm. Options include auto-switch capabilities, free mount choices, recessed switch mounting grooves and rubber bumpers standard.

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 that integrates internal guide shafts to isolate the load bearing from the movement of the actuator's rod and seals. This design feature enhances stability and protects against side load impacts, making it suitable for stopping applications.The cylinder is equipped with a carbon steel alloy slide bearing that provides lateral stability. The slide bearing is designed to resist side load impacts, ensuring the actuator's performance remains consistent even under heavy loads.

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 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 MXS is a precision slide table that integrates guides and rails with cross roller bearings to isolate the load bearing from the movement of dual rods and piston seals. This innovative design ensures smooth operation and minimizes friction, enhancing overall performance.Rubber bumpers or shock absorbers are included to stop the slide table, providing a safe and reliable stopping mechanism. The stroke adjuster allows for precise positioning in ranges of 0-5 mm, 0-15 mm, and 0-25 mm, catering to various application requirements.The end lock option is available to prevent the slide table from dropping in vertical applications, enhancing safety in the event of air pressure loss. This feature ensures secure operation even under challenging conditions.

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 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 MGPM is a compact body actuator designed to integrate internal guide shafts, which isolate the load bearing from the movement of the actuator's rod and seals. This carbon steel alloy slide bearing provides lateral stability, protecting it from side load impacts. It is ideal for stopping 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 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 MXP high precision slide tables have travelling parallelism of 0.004 mm for all its bore sizes and non-rotating accuracy +/-0.03 for 6, 8, 10 mm bore siszes and non-rotating accuracy +/-0.04 for 12, 16 mm bore sizes. 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 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 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.