Advanced Digital X-Ray System
The Advanced Digital X-Ray System combines next-generation imaging technology with an ergonomic design to support efficient clinical workflows and patient safety. During automated scanning, an integrated camera system allows healthcare professionals to monitor the patient directly from the workstation, supporting observation throughout the examination.
The system provides high-resolution digital imaging with radiation dose optimization technologies, bringing together advanced image quality, operational efficiency, and patient comfort.
Key Features
- Next-generation digital radiography technology
- High-resolution imaging with optimized radiation dose management
- Automated scanning workflow
- Integrated camera-based patient monitoring system
- Patient safety-focused features
- Ergonomic design for convenient and efficient operation
Clinical Applications
The system supports a wide range of diagnostic radiography examinations. Its digital imaging capabilities provide detailed images to assist physicians in evaluating various medical conditions while supporting a comfortable and efficient examination process.
CO₂ Fractional Laser and Er:YAG Laser Technologies
CO₂ fractional laser and Er:YAG laser technologies are advanced dermatological systems used for selected skin treatments when clinically appropriate. These technologies allow controlled laser energy to be delivered to targeted skin areas according to the patient's skin characteristics and clinical needs.
Clinical Applications
- Skin resurfacing procedures
- Selected dermatological laser treatments
- Procedures aimed at improving skin texture and appearance
- Individualized skin renewal applications
Potential Benefits
- Controlled and targeted laser application
- Support for skin renewal and resurfacing
- Minimally invasive treatment approach in selected applications
- Potentially shorter recovery periods compared with certain traditional procedures
All laser treatments are planned and performed under specialist physician supervision following an individual dermatological assessment. Treatment selection, application parameters, expected recovery time, and outcomes may vary according to the patient's skin type and clinical condition.
