Jade Mobile System by Medlink Imaging

The Jade Mobile System is the perfect portable radiographic solution for healthcare professionals seeking flexibility and high-quality imaging on the go. This compact, lightweight system is designed to deliver reliable, precise results wherever it's needed. Combining state-of-the-art features with user-friendly functionality, the Jade Mobile System is highly versatile and suitable for various clinical applications.

Key Features

4kW High-Frequency X-ray Generator
Delivers consistent performance with a range of up to 120kVp and adjustable mA settings.
Portable and Lightweight Design
Weighs just 119lbs, making it easy to transport. The unit is vehicle-loadable with a foldable, two-step stand and a telescopic column for added convenience.
Advanced Imaging with Award-Winning VXvue Software
The VXvue software enhances usability with patient management tools, easy customization, and multilingual support.
High Durability
Equipped with a robust wireless flat panel detector built to withstand drops (up to 1 meter) with IP67 water and dust resistance.
Extended Battery Life
With up to 14 hours of operation and convenient USB-C charging, it ensures uninterrupted usage throughout the day.
User-Friendly Controls
Features an intuitive operator console, automatic tube arm locking, and user-programmable APR presets (up to 9 APR settings).

Why Choose the Jade Mobile System?

This system pairs its highly durable VIVIX-S 3643VW wireless flat panel detector with exceptional imaging clarity and efficient data processing powered by the advanced VXvue acquisition software. Its dual focal spot X-ray tube, adjustable exposure time range (0.001–10 sec), and customizability make it one of the most user-friendly solutions in the market today.

Ideal for Diverse Applications

The Jade Mobile System is optimized for human, veterinary, and equine imaging as well as vehicle-based radiography. From small clinics to large hospitals, it meets the needs of healthcare providers seeking portable, high-quality diagnostic imaging.