4th November 2026
BSSH Scientific Meeting 2026
Edinburgh International Conference Centre (EICC), The Exchange, Edinburgh, EH3 8EE, Scotland
PHOENIX 3000
Features
- Integrated X-ray imaging workstation designed for hand surgery
- Reduced radiation exposure with advanced filtering and controls
- Motorised adjustable setup and intuitive operation
PHOENIX 3000 X-Ray Imaging System
The PHOENIX 3000 is an advanced digital X-ray imaging system designed specifically for hand and extremity surgery. It integrates a high-performance X-ray source, flat-panel detector, and patient positioning table into a single compact workstation. The system is used intra-operatively to provide real-time fluoroscopic imaging, supporting precise surgical decision-making without the need for conventional mobile C-arms.
When in use, the PHOENIX 3000 enables continuous visualisation of bone structures, joint alignment, implants, and instruments, allowing surgeons to verify positioning instantly during procedures. Its ergonomic design maximises working space, supports sterile workflows, and significantly reduces radiation exposure for both patients and clinical staff.
Clinical Importance
Accurate imaging is essential in hand and extremity surgery, where procedures involve small anatomical structures, fine movements, and precise alignment. Even minor deviations can impact surgical outcomes, recovery time, and long-term function.
The PHOENIX 3000 supports high-quality imaging throughout the surgical process, helping surgeons:
- Confirm anatomical alignment during fixation or reconstruction
- Reduce the need for repeat imaging or repositioning
- Minimise operative time and anaesthesia exposure
- Maintain optimal sterility and workflow efficiency
By delivering immediate, high-resolution imaging directly at the operating table, the PHOENIX 3000 plays a key role in improving surgical accuracy and overall patient outcomes.
System Contents
The PHOENIX 3000 system includes:
- Integrated X-ray source and flat-panel detector
- Motorised patient positioning table with height adjustment
- Touchscreen control interface with intuitive software
- Adjustable monitor system (single or dual monitor configuration depending on model)
- Laser targeting system for precise positioning without radiation
- Foot control unit for hands-free operation
- Integrated LED lighting for enhanced visibility
- Radiation-reducing copper pre-filter and dose control technology
- Sterile cover compatibility for intra-operative use
Interested in the PHOENIX 3000 ?
Get in touch with our experts today to learn more
medi-x Imaging Systems is a company dedicated to the design and production of advanced medical imaging solutions, with a particular focus on extremity and hand surgery. They combine state-of-the-art technology with in-depth clinical expertise to support surgeons and healthcare professionals in both public and private sectors. The mission of medi-x is to deliver high-quality, innovative imaging systems that enhance surgical precision, improve workflow efficiency, and meet the evolving needs of orthopaedic and trauma care. The company is committed to rigorous quality standards and regulatory compliance, maintaining certifications and adherence to applicable international device regulations, including CE marking and other relevant global medical device regulatory frameworks.
Frequently Asked Questions
The system incorporates advanced dose-management features, including a built-in copper pre-filter and automatic dose control, which work together to minimise radiation exposure for both patients and clinical staff. This radiation-reduction design supports safer imaging practices without compromising image quality.
Yes. The PHOENIX 3000 is a fully integrated imaging workstation that eliminates the need for separate mobile C-arm systems in many hand and extremity procedures. Its compact footprint, motorised adjustments, and intuitive controls make it easy to install and operate within standard OR environments, enhancing workflow efficiency and surgical ergonomics.
The PHOENIX 3000 delivers high-resolution fluoroscopic and radiographic imaging tailored to small bones and joint anatomy. Its flat-panel detector and optimized imaging algorithms provide clear visualization of bone structures, implants, and surgical instruments, helping surgeons make confident intra-operative decisions.