|Printing Machine Applications||Public Transportation Gate Applications||Medical Equipment Applications||CNC Machine Tool Applications|
|Pump Applications||CNC Lathe Applications||Wind Turbine Applications||Robotic Arm Applications|
The PSL shaft lock bushing and SFC precision coupling are used to control large rollers within printing machines.
Model used: SFC shaft coupling
Application benefits: The SFC shaft coupling provides torsional rigidity while dampening vibration.
Products used: AL
AL couplings are designed with cost vs performance in mind. Pumps usually do not require high precision, but do require a high quality, reliable coupling.
Models used: ALS shaft coupling
Application benefits: The ALS jaw & spider coupling has an elastomer element that mitigates vibration of the motor to the pump.
Products used: SFF
SFF couplings are explicitly designed for high speed, Machine Tool applications. With high torque values, and speed ranges in excess of 20,000 RPM, the SFF coupling is well suited for machine spindles.
Models used: SFF-N shaft coupling
Application benefits: The SFF shaft coupling is capable of operating at high RPM, while maintaining zero-backlash on starts and stops. This is provides precision cutting head movement.
Products used: BXW
Large BXW brakes are ideal for holding blade pitch on wind turbines.
Models used: BXW brake
Application benefits: The BXW brake is lightweight, and has a long lifetime with frequent operation.
Products used: BXR
During a catastrophic power failure, it is important that robotic arm movement is captured and stopped to prevent mechanical collapse and equipment damage. The BXR is designed with a thin profile, thus saving space on articulating joints. There is also a significant reduction in idling wear due to the lightweight construction.
Models used: BXR brake
Application benefits: The BXR brake is designed with a very low profile, which reduces weight and heat. This is essential with cantilevered loads on robotic arms. This BXR is used as a power-off safety brake which stops movement during a catastrophic power failure.