Hospital-Grade Retractable Coiled Power Cord with Dual Outlets

Under-Mount Cart Power Extension | 1.5'–7.5' Extendable | White

Power your mobile medical carts safely and efficiently with this hospital-grade retractable coiled power cord featuring dual outlets and integrated mounting hooks. Designed specifically for healthcare environments, this cord delivers clean cable management, flexible reach, and secure under-surface installation.

Ideal for powering laptops, medical devices, scanners, printers, and charging stations on clinical carts, this compact extension expands from 1.5 feet retracted to 7.5 feet extended, giving your team the flexibility they need without cluttering work surfaces.

Key Features

• Hospital-Grade Construction – Built to meet healthcare facility standards for safety and durability

• Dual Outlet Design – Power two devices simultaneously from one compact cord

• Retractable Coiled Cable – Expands up to 7.5 feet and retracts to 1.5 feet for clean cable management

• Under-Surface Mounting Hooks – Integrated metal hooks attach securely to the underside of cart work surfaces

• Space-Saving Installation – Keeps power accessible without interfering with workflow

• Clean White Finish – Blends seamlessly with medical carts and clinical environments

Specifications

• Weight: 2 lbs

• Length: 1.5 ft (retracted) | 7.5 ft (extended)

• Color: White

• Mounting: Integrated metal hooks for under-work-surface attachment

• Outlet Type: Dual outlet configuration

Ideal Applications

• Mobile medical carts

• Nursing workstations

• Telehealth carts

• Medication carts

• Clinical IT equipment stations

• Hospital and outpatient facilities

Why Choose a Retractable Hospital-Grade Power Cord?

In busy healthcare settings, cable management directly impacts safety, efficiency, and infection control. This coiled extension cord reduces trip hazards, prevents cable drag, and keeps work surfaces clear—while still providing flexible reach when needed.

It’s the perfect power solution for mobile cart deployments, clinical workflow optimization, and healthcare technology integration projects.