Full plastic medical casters are maintenance-free casters made of glass-filled nylon. This gives extra durability and strength to the caster. Next Generation casters are resistant to most chemicals. Precision bearings are insert-molded into the sealed raceway, providing a worry-free, smooth and quiet operation. Wheels include full thread guards to reduce debris entanglement. Recessed axles are covered with plastic caps

Full plastic caster frame/fork is made of glass-filled nylon for added strength and durability. Precision ball bearings are insert-molded into the swivel raceway.

Maintenance-free

Sealed precision bearing raceway, smooth and quiet

Total Lock Brake models lock both swivel and wheel rotation

Directional Lock Brake models lock swivel only (helping with steering)

Wheels featuring sealed precision ball bearings and full thread guards

Resistant to most chemicals

Recessed axle with plastic cap covers.

What’s the main advantage of the full plastic medical casters ?

Full plastic medical casters are revolutionizing the healthcare industry, providing a durable and hygienic solution for medical equipment. They are made of high-quality, impact-resistant plastics that can withstand daily use, frequent cleaning, and harsh medical environments.

One of the main advantages of full plastic medical casters is their durability. These casters are designed to carry heavy loads and move frequently without sustaining damage. The plastic material used in these casters is sturdy, impact-resistant, and long-lasting, which ensures that they won't break down or need replacement as often as other caster materials. This durability also makes them ideal for use in high-traffic areas, reducing the risk of accidents caused by damaged casters.

Another advantage of full plastic medical casters is their quietness. The precision bearings used in these casters allow them to work smoothly and quietly, reducing noise levels in medical facilities. This is essential in patient care areas where quiet environments are necessary for patients' rest and recovery. Quiet casters also make it easier for medical staff to move equipment and supplies around without disturbing patients.

Hygiene is also a crucial factor in medical environments, and full plastic medical casters excel in this area. The plastic material used in these casters resists bacterial growth, reducing the risk of infection from contaminated surfaces. They are easy to clean and sanitize, making them suitable for sterile environments such as operating rooms and intensive care units. They also contain no metal components, eliminating the risk of rust and corrosion.

Maneuverability is another advantage of full plastic medical casters. The precision bearings used in these casters provide smooth and easy movement. This allows medical staff to move equipment and patients around without causing discomfort or injury. The maneuverability of these casters is especially important in confined spaces such as patient rooms, where precise movement is necessary to avoid obstacles.

Full plastic medical casters come in various sizes and designs to meet different medical equipment needs. Some casters are designed for use on smooth surfaces, while others are designed for rough terrain. Casters can also come with different locking mechanisms, such as central locking or total lock, to ensure equipment stays securely in place during use.

Full plastic medical casters are cost-effective in the long run. Their durability reduces the need for frequent replacements, which saves money in the long term. They are also easy to maintain, requiring little maintenance other than periodic cleaning and lubrication.

In conclusion, full plastic medical casters offer several advantages over other caster materials. They are durable, quiet, hygienic, and maneuverable, making them an ideal choice for healthcare facilities that require high-quality casters that can withstand the rigors of daily use. Their cost-effectiveness and ease of maintenance make them a smart investment for medical facilities looking to improve patient care and equipment efficiency.