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According to recent survey data jointly released by industrial equipment maintenance platforms and caster testing organizations, the failure rate of caster wheel cracking and related mobility issues has increased by 18.7% year-over-year across warehousing logistics centers, manufacturing workshops, hospitals, supermarkets, and AGV material handling applications. Broken caster wheels, wheel core fractures, and edge chipping have become some of the most frequently reported industrial caster problems, resulting in higher replacement costs, unexpected downtime, and increased safety risks.

In June 2026, CMCL Casters completed a large-volume shipment of white adjustable leveling casters for a long-term US industrial printer manufacturer. The order included thousands of caster units covering the complete 40F–150F series, supporting equipment ranging from compact desktop printers to heavy-duty wide-format industrial printing systems.

In manufacturing plants, warehouses, hospitals, and commercial facilities, mobile equipment depends heavily on reliable movement. However, one frequently overlooked issue is caster deviation, often described as caster wheel drifting, pulling to one side, or failing to roll in a straight line. Although the problem may seem minor at first, persistent deviation can reduce operational efficiency, increase labor costs, cause material spillage, and even create safety risks for operators.

In our previous guide Why Are Caster Wheels Noisy? Common Causes, Troubleshooting Guide & Silent Wheel Solutions, we broke down all common noise sources of industrial casters, including dry bearings, worn wheel treads, loose hardware, tangled debris and swivel friction, and shared quick troubleshooting steps to eliminate abnormal squeaking, rattling and grinding sounds.

Caster wheels are widely used in industrial equipment, warehouse carts, medical devices, furniture, logistics trolleys, and commercial facilities. When operating properly, casters provide smooth, stable, and quiet movement. However, many users eventually encounter squeaking, clicking, rattling, grinding, or vibration noises during daily use. While excessive caster noise may seem like a minor inconvenience, it can indicate underlying issues that affect equipment performance, mobility efficiency, and operational safety. In many cases, persistent noise is an early warning sign of bearing wear, loose components, improper wheel selection, or inadequate maintenance.

Most industrial caster damage, cart instability, and premature wheel failure are not caused by product quality issues, but by incorrect load capacity calculations. Many factory purchasers and equipment engineers simply divide the total equipment weight by the number of casters when selecting load ratings. In real-world applications, however, this often results in overloaded casters, bracket deformation, wheel failure, and frequent replacement costs.