Seals & Wear‑Parts for Robotics & Automation Equipment
Seals & Wear Parts for Robotics & Automation Equipment
Application Overview
Robot joints and automation modules require low-friction, high-dimensional-stability polymer components for dry-running sliding and rotary movements. Low wear, minimal noise and long service life are critical. Excessive wear will cause positioning drift and reduced robot repeatability. TOPSEALS supplies precision-machined polymer bushes, washers and sliding components for collaborative robots, industrial manipulators and automation machinery.
Key Operating Challenges
- Dry-running sliding / rotary motion without lubrication
- High-precision positioning and repeatability requirements
- Continuous cyclic movement, repeated load cycles
- Compact assembly space with tight dimensional tolerances
- Occasional exposure to dust, light oil or cleaning agents
Recommended Sealing & Polymer Parts
- CNC-PEEK Components - high strength bushes, wear rings for high-load robot joints
- Filled-PTFE Machined Parts - ultra low friction sliding components for light-to-medium-load motion
- Nylon Parts (Bushing / Washer) - self lubricating cost effective wear components for low-load automation
- NBR/FKM O-Ring & Gaskets - static sealing for pneumatic actuator and sensor housing interfaces
What Products Are NOT Suitable For This Application
- Soft pure rubber for sliding wear positions: high friction, rapid abrasion under continuous motion
- Unfilled pure PTFE for high-load joints: creep deformation under sustained mechanical load
- Low-precision molded plastic parts: insufficient dimensional tolerance for robot positioning accuracy
Typical Installation Positions
- Robot rotary joint bushings and sliding washers
- Linear actuator sliding components
- Automation module pivot and hinge assemblies
- Pneumatic actuator static housing sealing
- End effector and gripper internal polymer parts
Frequently Asked Questions
Q: Which material to choose for high-load robot joints?
A: CNC-machined PEEK is recommended for high-load, high-cycle joints. For medium-load applications, glass filled PTFE is a good alternative.
Q: Can nylon be used for continuous dry-running robot joints?
A: Nylon works well for low-to-medium-load conditions. For heavy-load continuous cyclic motion, PEEK or filled-PTFE is more suitable.
Request Custom Sealing Quote
Share your load, speed, motion type and dimensional drawing. Our engineering team will recommend suitable material and precision machined solution for your robotics & automation project.
