You will find them on dollies, shop carts, scrap bins, and other industrial manufacturing items. All casters should be inspected and lubricated on at least a six-month basis. Regardless of their use. This will decrease maintenance, downtime, and Workman’s Compensation costs.
However. It is essential to understand how these casters work before selecting the right one for your application. It is also essential to properly install the casters so they operate at their total capacity and can be easily maneuvered. Typically, casters have large wheels made of a durable material appropriate for the surface on which they are rolling. These materials may include polyurethane, rubber, or plastic. Some of these casters are fitted with a steel or aluminum core, while others are constructed from durable metals such as stainless steel. In addition. Some of the most common uses for these medium-duty casters are in manufacturing units and assembly lines. They often transport machinery and other heavy equipment from one factory region to another.
Additionally. They are commonly found in the aerospace industry, where they help to move aircraft and airplane parts and components. Another prevalent use for these casters is in worker’s carts and wagons. These caster wheels are usually placed on the cart or wagon. Making it easier for workers to move and carry these heavy materials around. In addition to making the job much more accessible, it helps increase the overall productivity and efficiency of the workers.
A cart or equipment with functional casters is immobile and easy to maneuver. This can lead to damage to the equipment or product and lost productivity. An inspection regimen and adherence to maintenance practices can prevent these problems by catching minor flaws and addressing them before they become severe enough to cause failure. Casters and wheels are typically categorized based on their load-capacity ratings: light, medium. And heavy duty. Light casters are used frequently in homes and offices to support desks, furniture, shelving. And other items. Light-duty casters on dollies are also used for transporting lighter industrial equipment, carts. And wagons. Medium-duty casters support moderately heavy furniture and industrial equipment, such as medical equipment and hospital beds. They have maximum load-capacity ratings of about 325 pounds.
A caster is an essential component of heavy equipment that moves loads over long distances. But these hardware fittings can become worn or damaged when they work against gravity and the elements daily. Regular inspections and lubrication will help them last longer and reduce friction between the wheel. The axle, and the bearing. Medium-duty maintenance-free plate casters bear heavier loads than light-duty casters and roll more quietly. They are typically used on carts, trucks. And towline fixtures in manufacturing environments. With some scrap steel mixed in for added strength and impact resistance. They’re ideal for bakery carts, a-frame trucks and stock carts, and warehouse and factory applications. They feature a brake design that locks the wheel when the operator presses a foot pedal on the caster’s side. This type of brake takes up less space than other brake designs, which makes it ideal for tight spaces.
The caster wheels on equipment and furniture move heavy loads so workers can maneuver the items. It causes the item to move poorly and can lead to injuries resulting from overexertion. Inspecting and repairing the casters reduces damage to the floor and other assets, decreases maintenance and downtime, and lowers worker’s compensation costs. Even if the casters are maintenance-free. Excessive noise during movement, and other issues that could affect functionality and safety. These inspections may be time-consuming, but they can save facilities from expensive repairs, floor damage, and damaged loads that a routine maintenance regimen could have prevented.