Medical 24” Heavy Duty Cable Loss Prevention Tether

• Extra‑length heavy‑duty tether (24″) for setups that need more reach without sacrificing security.
• Stainless‑steel braided cable with clear chemical‑resistant coating for long service life.
• Patented security screw locks in place and releases only with the included key (included with 6‑pack).
• Ideal for securing larger devices or cables that need additional slack for workflow.

The Secure Mount 24” Heavy Duty Cable Loss Prevention Tether is designed for hospital environments where standard-length tethers are not sufficient. Certain medical devices and equipment setups require additional reach to maintain proper positioning and workflow, while still ensuring cables remain secure and accounted for. This extended-length tether provides the flexibility needed without compromising on strength or security.

Constructed with a stainless-steel braided core, this heavy-duty tether delivers reliable performance in high-use clinical settings. The clear, chemical-resistant coating allows the tether to withstand routine hospital cleaning and disinfection protocols while maintaining durability over time. This makes it well suited for use in patient rooms, procedure areas, and mobile equipment setups where cables are frequently handled.

The 24-inch length is ideal for securing larger devices, longer cables, or equipment that requires additional movement during use. It allows staff to maintain proper device positioning while preventing cables from being removed, misplaced, or transferred between units. This added flexibility helps improve workflow while still supporting effective cable loss prevention.

A patented security screw mechanism ensures the tether remains securely locked in place and can only be released using the included key. This helps prevent tampering and unauthorized removal, reducing the risk of cable loss and replacement costs.

The Secure Mount 24” Heavy Duty Cable Tether provides healthcare facilities with a durable, flexible solution for securing critical cables while supporting efficient, organized patient care environments.