The UMF Medical Special Procedure Cart 6620 is thoughtfully engineered to cater to the demanding needs of healthcare settings. With its heavy-duty steel construction, this cart promises longevity and durability, capable of enduring daily intensive use. Equipped with two spacious, easy-to-clean steel drawers, it ensures that all essential medical equipment and supplies are organized and readily accessible.

Its design includes a stainless steel push handle and a Kydex work surface featuring a unique no-spill edge, adept at maintaining a tidy work area by preventing spills from spreading. Thanks to its five-leg base and 2" twin wheel carpet casters, the cart offers maximum stability and effortless maneuverability, even in constrained spaces. Whether used in hospitals, clinics, or other medical facilities, this cart assures functionality coupled with ease of transportation.

Key Features:

• Innovative no-spill edge on the Kydex work surface to prevent spills from overflowing, keeping the workspace clean and organized.
• Equipped with a robust five-leg base and 2" twin wheel carpet casters for supreme stability and effortless maneuverability, even on carpeted surfaces.
• Durable, easy-to-clean steel construction with stainless steel push handle, designed for heavy-duty use in busy medical environments.

Uses:

• The UMF Medical Special Procedure Cart 6620 is designed for use in healthcare facilities, operating rooms, and clinics. It's ideal for organizing and transporting medical supplies and equipment, ensuring healthcare professionals can access and manage necessary tools efficiently during medical procedures.

FAQs:

1. What materials is the cart made of?
The UMF Medical Special Procedure Cart 6620 is made of heavy-duty steel and features a stainless steel push handle.

2. Are the casters suitable for carpeted areas?
Yes, the cart comes with 2" twin wheel carpet casters designed for smooth movement on carpeted surfaces.

3. Does the cart have locking capabilities?
Yes, the cart includes swivel casters with a locking mechanism to ensure added stability when parked.