Custom Polyurethane Rollers for Advanced Applications

Smarter design starts here

MPC designs and manufactures custom polyurethane rollers built to your print — engineered for precision, durability, and consistent performance. Every roller is tailored to your system’s geometry, load, and environment to ensure reliability where it matters most.

Our rollers support a wide range of motion and material-handling needs:

Each roller is formulated with the right balance of hardness, wear resistance, and compliance to match your performance goals — whether that means maximum grip, low compression set, or ESD-safe operation.

Polyurethane Roller
Polyurethane Roller Assembly

Vertical Markets We Serve

MPC rollers power motion and precision across industries that demand reliability and performance.

We partner with engineering teams in:

Each solution is backed by MPC’s cross-functional expertise in polyurethane formulation, tooling design, and high-precision molding.

Need engineering support for your polyurethane product?

Our engineering team is ready to review your requirements and recommend the best solutions. Contact us today to discuss your specific needs

From Prototype to Production — Fast, Scalable, Reliable

Speed and scalability define modern engineering programs — and MPC’s process is built for both. Our team helps you move from design concept to validated production part faster, with tooling options that make early-stage prototyping affordable and efficient.

We offer flexible hardness ranges, conductive and anti-static formulations, and tight-tolerance machining that ensures a seamless transition from small test runs to full-scale manufacturing. Whether you need ten prototypes or ten thousand production rollers, MPC keeps your development cycle on schedule.

Need a custom roller? Contact us today.

Engineering Support in Action

Case Study – Conductive Rollers in Warehouse Automation

A leading warehouse automation OEM needed rollers that could maintain traction and resist wear while safely dissipating static buildup near sensitive control systems. MPC developed a conductive polyurethane roller tuned for precise resistivity, grip, and surface performance.

After validation and testing, the new rollers improved uptime and reduced system interruptions caused by static discharge. Today, they operate continuously in hundreds of autonomous robots across major distribution facilities, proving how material science and collaboration drive customer success.

Design Tips for Engineers

Selecting the right polyurethane roller starts with understanding the environment it must survive.

Consider hardness for grip and compliance, conductivity or ESD protection for electronics and robotics systems, and exposure conditions like oils, chemicals, or cleaning cycles. Surface finish, tolerances, and lead time expectations can also influence cost and performance.

If you’re not sure where to start, our engineering team can walk through your design requirements and help select the right material and process.

MPC Knowledge Center

Deep Dive into Polyurethane

Learn all about product design using polyurethanes. Use the tabs to view some of our top articles, or browse the full Knowledge Center to explore more.