MPC’s Durethane® technologies have become essential for robotics applications, thanks to their exceptional durability and unmatched versatility. These advanced thermoset polyurethane materials enable robotic engineers to design custom components tailored to their unique project needs. Whether you’re prototyping or ready to scale up for full production, Durethane® delivers the flexibility to bring your vision to life – without compromising on performance or functionality.
MPC has been a trusted partner in the robotics industry, manufacturing custom components like rollers, belts, tires, wheels, bumpers, and more to meet demanding design specifications.
BENEFITS OF POLYURETHANES
- Customizable physical properties for demanding environments
- Can be molded into precise shapes to fit complex robotic designs
- Extended lifespan and reduced maintenance, minimizing downtime in robotics systems
- Enhanced durability with improved friction, abrasion resistance, & noise reduction
- Available in solid, foam, and conductive options
INNOVATIVE SOLUTIONS
Explore the versatility of thermoset polyurethane in robotics to boost performance, durability, and efficiency:
MOLDING
Cast molded polyurethanes provide customizable properties and design flexibility, perfect for creating durable and high-performance robotic components
PERFORMANCE
Polyurethanes offer superior performance in extreme environments, providing durability against heat, chemicals, abrasion, and heavy wear
ROLLERS
Enhance robotic systems with polyurethane rollers offering durability, smooth operation, and wear resistance for improved performance and efficiency
CONDUCTIVE
Durethane® C enhances robotics performance with excellent conductivity and durability, ideal for static dissipation and charge transfer applications
WHEELS
Polyurethane rollers and wheels offer robotics manufacturers improved durability, precision, scalability for high speed, high-demand operations
COF
Optimize robotic precision with polyurethane’s customizable coefficient of friction, offering wear resistance and enhanced durability for robotic parts
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