Midcentral Medical MCM-350 Equalizing Device

Midcentral Medical MCM-350 Equalizing Device

• Model: MCM-350
• Used When three or more digits are put in Traction.
• This device can be used with an IV Pole or other extremity systems.
• Stainless Steel Hooks and chain are fully autoclavable.
• Finger Traps sold separately.
• Midcentral Medical

The MidCentral Medical MCM‑350 Equalizing Device is a precision-engineered surgical accessory tailored to deliver controlled traction across multiple digits during hand procedures. Instead of applying traction unevenly to individual fingers, this device ensures equal force distribution by anchoring stainless steel hooks connected via a chain—ideal for scenarios that require simultaneous traction on three or more digits. Its versatility shines through its design: compatible with I.V. poles or dedicated extremity supports, it adapts to various procedural setups without necessitating table modifications.

Built to handle the rigors of surgical environments, the MCM‑350 features durable stainless steel components that endure high-heat sterilization processes, ensuring safety and longevity. While the device itself does not include finger traps, it is purpose-built to work with MidCentral’s quick-clip finger traps—available in sizes from extra-small to extra-large—to offer effective traction while maintaining patient comfort. This seamless compatibility reduces procedural complexity, enabling faster setup and more efficient application of traction.

With its American craftsmanship and a reassuring two-year warranty, the MCM‑350 represents both reliability and ease-of-use in hand surgery workflows. It supports precision and efficiency by streamlining digit traction setups and maintaining consistent force distribution—critical factors in surgical outcomes, especially in microsurgical repairs or tendon realignment procedures. Whether mounted on a horizontal traction tower or an IV pole setup, this Equalizing Device stands out as an essential, adaptable tool for the modern surgical suite.