User-friendly Harloff Narrow Mri Cart With Anesthesia Pkg., Key Lock 6-drawer Narrow Mri Cart, W/anesthesia Pkg., Key Lock, Mauve - 937723/na/na/mauve With A 60% Price Cut [QuUJTXrg]

Harloff Narrow MRI Cart with Anesthesia Pkg.

The Harloff Narrow MRI Cart with Anesthesia Pkg. is a versatile and space-saving solution for MRI suites with limited floor space. This cart is designed to meet the stringent requirements of MRI environments, featuring a nonmagnetic aluminum construction that ensures compatibility up to 3Tesla. The cart is available in a choice of 6 or 7 drawers, each offering secure storage with a key lock, providing peace of mind for valuable medical supplies.

Product Specifications and Technical Details

Engineered for optimal functionality, the Harloff Narrow MRI Cart includes an Anesthesia Accessory Package that enhances its utility. This package features a 3-tier aluminum raised-back rail system, aluminum side rails, and two full-size plastic drawer trays with adjustable dividers, all MRI-compatible. The cart boasts a narrow design, measuring 20"W x 46"H x 23-1/2"D, with a generous 33-1/4" of vertical drawer space. It is equipped with low-ferrous full-extension drawer slides and full-swivel ball-bearing casters for easy maneuverability. The cart also comes with a removable antimicrobial plastic top, integrated push handles, and pre-threaded holes for MRI accessories installation.

Practical Uses and Target Audience

The Harloff Narrow MRI Cart with Anesthesia Pkg. is an essential tool for healthcare professionals who require a reliable and space-efficient storage solution in MRI suites. Its nonmagnetic properties and MR-Conditional status make it an ideal choice for hospitals, clinics, and research facilities. The cart's durable construction and convenient features cater to the needs of medical staff, ensuring that critical supplies are easily accessible and securely stored. With a wide range of drawer configurations and customizable colors, this cart is adaptable to various settings and personal preferences, making it a valuable asset in any MRI environment.