Midcentral Medical MCM-234/235 Chrome IV Pole 6 leg 3" casters

Midcentral Medical MCM-234/235 Chrome IV Pole 6 leg 3" casters

• Model: MCM-234/235
• 24"Diameter 6-leg epoxy coated base with 3" scuff-resistant casters.
• 1" diameter chrome pole with friction knob.
• Height adjustable from 52"- 93".
• Rubber bumpers on end of base legs to help protect walls and other objects from scuffing.
• Available with 2-Hook or 4-Hook Top.
• Midcentral Medical

The Midcentral Medical MCM-234/235 Chrome IV Pole is designed to provide stability and mobility for intravenous (IV) therapy in clinical settings. Its 6-leg spider base, measuring 24 inches in diameter, ensures a low center of gravity, enhancing stability during use. The base is equipped with six 3-inch scuff-resistant casters, allowing for smooth movement across various floor types without causing damage. The pole itself is constructed from durable stainless steel, with a 1-inch diameter, and features a friction knob for height adjustment from 52 to 93 inches, accommodating a wide range of patient needs.

This IV pole is available in two configurations: the MCM-234 model comes with a 2-hook top, while the MCM-235 model is equipped with a 4-hook top. These options provide flexibility to hang multiple IV bags or other medical equipment as required. The rubber bumpers on the end of each base leg help protect walls and other objects from scuffing, making it suitable for high-traffic areas. Additionally, the epoxy-coated base is available in five different colors—Charcoal, Red, Blue, Green, and Yellow—allowing for departmentalization and easy identification within healthcare facilities.

Overall, the Midcentral Medical MCM-234/235 Chrome IV Pole offers a reliable and versatile solution for healthcare providers. Its durable construction, adjustable height, and mobility features make it an essential component for infusion therapy in various clinical environments. Whether used in infusion stations, patient rooms, ICUs, or operating rooms, this IV pole ensures that IV lines and equipment remain stable and organized during patient movement.