DESCRIPTION
The Definium™ 656 HD by GE HealthCare is a next-generation fixed X-ray system designed to revolutionize radiology departments by combining advanced imaging technology with intelligent automation. This system offers a comprehensive solution that enhances workflow efficiency, reduces technologist strain, and delivers high-quality diagnostic images.
Intelligent Workflow Suite
At the heart of the Definium 656 HD is the Intelligent Workflow Suite, which integrates advanced automation and assistive intelligence to streamline imaging procedures. Key features include:
5-Axis Motorization and Auto-Positioning: Allows for rapid and precise positioning of the X-ray tube and detectors, reducing manual adjustments and minimizing physical strain on technologists.
Automated In-Room Workflows: Utilizes a 12-inch touchscreen on the tube head console and AutoRad™ software to simplify workflow control, enabling technologists to operate the system efficiently from within the examination room.
3D Camera Technology: Employs advanced imaging applications to produce consistent images and reduce the likelihood of repeated X-rays, enhancing patient safety and image quality.
Advanced Imaging Capabilities
The Definium 656 HD is equipped with state-of-the-art imaging technology to ensure exceptional image clarity and diagnostic confidence:
FlashPad™ HD Detectors: Featuring 100 µm pixel size, these high-resolution detectors capture detailed images with reduced noise, even in challenging imaging conditions.
Helix™ 2.2 Advanced Image Processing: Incorporates on-device artificial intelligence to enhance image quality, providing optimal clarity and anatomical detail across various imaging scenarios.
Auto Image Paste™ and AutoSpine™: Facilitate the fast and precise stitching of long images, improving workflow efficiency and diagnostic accuracy.
VolumeRAD™ Digital Tomosynthesis: Offers multi-level image slices, providing additional diagnostic information and aiding in the assessment of complex anatomical structures.
Enhanced Technologist and Patient Experience
Designed with both technologists and patients in mind, the Definium 656 HD incorporates features that improve the overall imaging experience:
Ergonomic Design: The system’s design minimizes physical strain on technologists, reducing the risk of musculoskeletal disorders and enhancing workflow efficiency.
Bariatric Table: Supports up to 400 kg (882 lbs) and lowers to 50 cm (20 inches), accommodating a wide range of patients and ensuring their comfort and safety during examinations.
Safety Features: Includes double-tap safety foot pedals, emergency stop buttons, and anti-collision sensors to enhance patient safety and streamline workflow.
Operational Efficiency and Analytics
The Definium 656 HD integrates with GE HealthCare’s analytics platforms to provide valuable insights into imaging operations:
Repeat Reject Analytics: Helps identify the root causes of image rejections, enabling targeted training and process improvements to reduce unnecessary radiation exposure.
iCenter Asset Management: Offers data-driven insights into equipment utilization, assisting in optimizing workload distribution and strategic decision-making for imaging departments.
In summary, the Definium 656 HD is a cutting-edge X-ray system that combines intelligent automation, advanced imaging technology, and ergonomic design to enhance the efficiency and quality of radiology departments. By streamlining workflows, improving image quality, and supporting technologists and patients, it sets a new standard in diagnostic imaging.
SHORT DESCRIPTION
The Definium™ 656 HD by GE HealthCare is an advanced fixed X-ray system designed to enhance diagnostic imaging through intelligent automation and superior image quality. It features automated positioning, high-resolution FlashPad™ HD detectors, and advanced image processing for clear, detailed images. The system improves workflow efficiency, reduces technologist strain, and offers patient-centric features like a bariatric table and safety enhancements, making it a powerful solution for modern radiology departments.
