Midcentral Medical IVP270/271 Stainless Steel IV Pole 5 leg spider base 3" casters

Midcentral Medical MCM-270/271 Stainless Steel IV Pole 5 leg spider base 3" casters

• Model: MCM-270/271
• 5-leg 22" diameter spider leg base with low center of gravity for superior stability.
• Base weighs 21 pounds and has 3" scuff resistant casters for ease of mobility
• 1" diameter stainless steel pole adjusts 52"-94" with no-lose thumb knob.
• Base available in 5 different colors. Ideal for departmentalization.
• 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‑270/271 Stainless Steel IV Poles masterfully combine rugged design with thoughtful clinical ergonomics. Their stainless-steel construction not only offers exceptional longevity and ease of cleaning but also supports a wide range of height adjustments—from approximately 52″ to 94″—ensuring seamless adaptability across varied procedural environments. The secure no‑lose thumb knob grants stability and prevents accidental slippage, offering confidence to clinicians during high-paced operations.

At their foundations lies the 5-leg spider-style base, engineered for unwavering stability. With a 22″ footprint and low center of gravity, the poles remain firm even when loaded with multiple IV bags. Movement across hospital floors is smooth and efficient, thanks to the 3″ scuff-resistant casters. Additionally, rubber bumpers on each leg protect both the unit and surrounding equipment or walls from inadvertent impact during frequent repositioning.

Customization options enhance these poles’ utility. The MCM‑270’s two-hook design suits compact setups, while the MCM‑271’s four-hook arrangement offers expanded capacity for complex infusion requirements. Optional base color selections—ranging from standard charcoal to vibrant blue, green, red, or yellow—help teams quickly identify units by department or usage zone. Overall, these IV poles are engineered to elevate workflow efficiency, patient safety, and equipment organization in dynamic healthcare settings.