Caster Concepts helps customers overcome these application challenges with conveyor wheels designed to lower rolling resistance, handle heavy loads and provide reliable and safe operation over time.

• Minimizing Tracking and Load Problems
• Reducing Wear and Seized Rollers
• Conveyor Parts To Keep Systems Rolling

Less Scrubbing and Friction Increase AGV Efficiency in both Payloads and Battery Performance

• Reduced binding and friction create less strain on the drive train/battery
• Casters designed to support loads from 1,500 to 250,000 lbs
• Swivel-on-Swivel technology/independently rotating wheels for smoother movement

Solution: Twergo’s 55% Force Reduction Means Moving Heavier Carts Without More Effort

• Reduce the Causes of Injury to Reduce Insurance Costs
• Reduce the Risk of Injury, Fatigue and Wear on Operators/Equipment
• Enables Operators to Maintain Push Force Below 40 lbs. While Moving Over 2,000 lbs

• Our conveyor wheels are designed to turn and roll with precision, enhancing tracking accuracy and preventing wheel failure
• Our drive wheel material includes the highest quality polyurethane as well as other materials depending on your needs
• With precision machining and tight tolerances, we ensure that every conveyor part we fabricate meets the highest standards of quality and durability.

• Dual wheel bearings increase load capacity up to 20,000 lbs.
• Even distribution of load and longer life in continuous-use applications
• Better maneuverability helps reduce AGV battery drain

-Dual swivel section minimizes the castering effect,
– Enables straight-line movement for carts
– Enhanced maneuverability and reduced push/pull force.
-Barbell configuration achieves maximum load capacity and maximum ergonomic benefits.

A major pipe manufacturer located in the southern United States was facing recurring problems with the polyurethane V-rollers used in their pipe processing operations. These rollers were failing too often, causing interruptions in the manufacturing process.

When confronted with a pivotal challenge, a prominent exploration company found their rocket positioning compromised by the limitations of their existing drive system. The culprit? The force required to maneuver swivel casters was triggering system failures.

Three carts within a new engine cell were hard to maneuver and move. These challenges were affecting productivity and causing injury, a situation that concerned upper management.