The first Canon Ultimax-i X-ray machine in the Baltics has been installed at Riga Eastern Clinical University Hospital

Canon Ultimax-i X-ray machine at Riga Eastern Clinical University Hospital

In the first half of this year, the medical technology company A.Medical successfully completed a large-scale and strategically significant project. The most advanced Canon Ultimax-i X-ray machine has been delivered and installed at the Riga Eastern Clinical University Hospital. This extensive project has become the company’s largest initiative implemented at this hospital to date, and it represents the very first Ultimax-i system of this level in the entire Baltic region.

Why this X-ray machine is unique in the medical industry

The Canon Ultimax-i represents a completely new generation in medical diagnostic imaging. It is a top-level, multifunctional R&F (radiography and fluoroscopy) system that successfully combines three essential and irreplaceable functions within one compact body:

  • fluoroscopy for high-resolution dynamic examinations in real time,

  • radiography for acquiring precise static images,

  • basic angiography capabilities for examining the vascular system.

Such a versatile X-ray machine is designed for an exceptionally wide, diverse range of examinations and complex medical procedures. One of the greatest practical advantages of this system is its universal and well-thought-out design. Since the new X-ray machine is highly compact, it is ideally suited for integration even into medical rooms with limited floor space. This means that the hospital can now ensure maximum functionality and the highest level of patient care without requiring extensive remodeling or expansion of the hospital premises.

A highly complex full-cycle project

The implementation of this project was a truly serious technical challenge that demanded the highest professionalism and precise planning. The A.Medical expert team provided a full cycle of work, which began with the dismantling and disposal of the old, obsolete equipment. This was followed by full room renovation and adaptation to specific radiation safety as well as engineering requirements. In the final phase, the installation, calibration, and preparation of the new system for immediate operation were carried out.

This achievement once again demonstrates the capability of our company to successfully manage highly complex medical infrastructure projects from the very beginning to the finished result.

We express our deepest gratitude to our colleagues and technical professionals for their excellent, dedicated work throughout all stages of the project. We would also like to express our great thanks to the client for the trust shown, which allowed us to jointly introduce this unique medical technology in Latvia.

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