Midcentral Medical Finger Traps used for Equalizing Device (Multiple Sizes Available)

Midcentral Medical Finger Traps used for Equalizing Device (Multiple Sizes Available)

• 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.
• Available in a variety of sizes
• Finger Traps used for Equalizing Device
• Midcentral Medical

Sizes Available:

Extra-Small - Green color MCM355
Small - Red color MCM356
Medium - Clear color MCM357
Large - Black color MCM358
Extra-Large - Blue color MCM359

The MidCentral Medical Finger Traps are essential accessories for the Equalizing Device (MCM‑350), a traction tool extensively used in hand and digit surgeries. Available in sizes ranging from extra-small to extra-large, these traps adapt to diverse finger anatomies, ensuring an ideal fit. Crafted from soft-touch nylon mesh, they combine patient comfort with secure traction—a delicate but vital balance in surgical precision. The quick-clip connector system allows for rapid, reliable attachment to the Equalizing Device, enhancing procedural efficiency and control.

Durability and ease of sterilization are equally prioritized. These finger traps withstand long-term exposure to disinfecting agents like methyl or isopropyl alcohol, maintaining integrity and functionality over repeated uses. They also tolerate steam sterilization at moderate temperatures (up to 257°F), though autoclave use is not recommended. This cleaning protocol ensures both hygienic safety and longevity—key factors in demanding clinical environments.

Proudly made in the USA, MidCentral Medical’s finger traps represent reliability and thoughtful design. Their availability in multiple sizes, patient-centric materials, and organized compatibility with the Equalizing Device collectively elevate their role in hand surgery workflows. Whether in operating rooms or outpatient settings, these finger traps offer precision, comfort, and peace of mind to surgical teams and patients alike.