Midcentral Medical MCM-221/222/223 Stainless Steel IV Pole 5 leg 16" diameter 3" casters

Midcentral Medical MCM-221/222/223 Stainless Steel IV Pole 5 leg 16" diameter 3" casters

• Model: MCM-221/222/223
• 16" diameter base space saving base decreases obstruction in the operating room where floor space is essential.
• 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, 4-Hook, or 6-Hook Top.
• Midcentral Medical

The Midcentral Medical MCM‑221/222/223 Space Saver IV Poles deliver a thoughtfully balanced blend of compact design, mobility, and clinical versatility. The 16‑inch five‑leg base conserves valuable floor space—especially beneficial in crowded ORs, infusion stations, or tight patient rooms—while the 21‑lb weight ensures a stable, low‑center‑of‑gravity foundation that resists tipping even when heavily loaded.

Mobility is seamless, thanks to the six (typo earlier: actually five) smooth‑rolling, 3‑inch scuff‑resistant casters that glide across surfaces while minimizing noise and wear. Rubber bumper caps at the ends of each leg serve as abrasion guards, protecting both the pole and surrounding equipment from contact damage. The poles adjust in height—from around 52″ to 94″—via a secure no‑lose thumb knob, allowing clinicians to easily match patient or infusion line height requirements while maintaining stability throughout use.

Customization is a highlight of this series: choose between 2, 4, or 6 hook options to match infusion load needs, and select base colors—like charcoal, red, blue, green, or yellow—for intuitive departmental identification and streamlined workflow. Overall, the MCM‑221/222/223 series provides a smart, durable, and ergonomically designed solution that supports efficient, organized, and safe IV fluid delivery in even the most space-constrained environments.