Luxor LLTM24-B 24-Tablet Charging Cart, 27"W x 14"D x 30"H

The Luxor LLTM24-B 24 Tablet/Chromebook Charging Cart is a versatile and efficient charging solution designed for busy healthcare settings, such as hospitals, clinics, and medical offices, as well as educational institutions. Its standout benefit lies in its ability to charge and store up to 24 tablets or Chromebooks simultaneously, making it an ideal choice for managing multiple devices in a single, convenient location.

Overview: The Luxor LLTM24-B Charging Cart is designed to provide a secure, organized, and efficient way to charge and manage multiple tablets or Chromebooks. Its sturdy construction and compact design make it perfect for use in a variety of settings, from healthcare facilities to educational institutions. The cart features a sleek and modern design, with a durable steel frame and a compact footprint that allows it to fit easily into tight spaces.

Key Features

• Charges up to 24 tablets or Chromebooks at once, making it ideal for high-volume device management
• Provides a secure and organized way to store devices, with individual compartments to prevent scratching and damage
• Features a sturdy steel frame and compact design, making it perfect for use in tight spaces
• Includes a built-in cable management system to keep cords organized and untangled
• Has a locking door to secure devices and prevent unauthorized access
• Designed for easy mobility, with smooth-rolling casters that allow for effortless movement
• Compatible with a wide range of tablets and Chromebooks, making it a versatile charging solution

Product Specifications

• Dimensions: 27” W x 14.75” D x 30” H • Weight: 55 lbs • Materials: Steel frame, powder-coated finish • Compliance: Meets or exceeds all applicable safety standards for electrical devices

Ideal For

• Hospitals and healthcare facilities • Medical offices and clinics • Educational institutions, such as schools and universities • Labs and research facilities • Home care and telehealth settings • Any environment where multiple devices need to be charged and managed simultaneously