Industry News

Printing accuracy depends on more than advanced printheads and control systems. For inkjet printers, multifunction copiers and industrial printing machines, equipment stability plays an equally important role. Even slight movement or vibration during operation can affect print alignment, image quality and production efficiency.

A set of perfectly matched plant caddy wheels can help you move large potted plants effortlessly while protecting floors from scratches and scuff marks. However, with countless caster sizes, load capacities and mounting options available on the market, many gardening enthusiasts, DIY users and plant stand manufacturers find it difficult to choose the right solution.

As caster wheel cracking and premature wheel failure continue to impact warehouses, manufacturing plants, hospitals, supermarkets, and AGV systems, enterprises are facing rising maintenance costs, equipment downtime, and operational safety risks. To address these industry-wide challenges, CMCL Casters, a professional industrial caster manufacturer, has partnered with industry testing organizations and equipment operation teams to introduce a comprehensive prevention framework covering wheel selection, manufacturing, installation, operation, and maintenance.

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 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.