The Future of Long-Bone Imaging
One solution to address all your long-bone imaging needs. Introducing the iDR-L – a seamless, high-resolution detector that offers full spine, regional, and zone scanning capabilities. This direct capture solution revolutionizes how full-spine imaging is achieved.
iDR-L Method: The long-bone radiography platform utilizes a 17” by 51” detector plate that eliminates the need for a cassette. Integrating phosphor plate technology, the iDR-L boasts a higher resolution than standard DR while maintaining the same workflow. This solution sends complete image information directly to the scan processor skipping lengthy image stitching processes.
MPS Proposal - For X-ray Room Layout
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Full Spine Device
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High Frequency X-ray
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Table (600 lbs patient load)
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Generator
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Accessories: Lead Aprons, Positioning Aides, etc.
Antiquated Long-Bone Imaging Methods
The iDR-L’s revolutionary technology advances the methods used to process long-bone imaging. Its slim, wall-mounted design provides a full-spine image in a single exposure. There’s nothing else like it in the world. Don’t take our word for it, read through the traditional long-bone scan processes and compare it to our innovative design.
Traditional DR Room
MethodTraditional DR rooms have patients maintain a single position for up to three minutes, while the technologist takes three exposures. These exposures are stitched together to create a single image of the spine or leg.The problem : The process is very long and if the technologist does not insert the cassettes in a particular order, the image stitching is compromised and patient will consequent be re-imaged. It's also no longer necessary to synthetically render three images into one image.
Traditional CR Room Method
Traditional CR rooms take a long-bone image in a single exposure. The cassettes are then removed, one by one, and inserted into a nearby scanner. The scan unit reads each cassette and through the software, stitches the three images together using a processing algorithm to render a single image.
The problem : This procedure takes quite a bit of time. If the technologist does not insert the cassettes in the correct order, the image stitching is compromised and the entire procedure will need to be repeated, thus exposing the patient a second time.
The Verdict
When it comes to long-bone imaging, the iDR-L surpasses all competitors. There is no need to expose the patient multiple times, no need to wait while images are stitched, and no need to handle multiple cassettes. This solution simplifies the process, allowing you to focus on the essential aspects of your practice.
LAYOUT
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Full Spine Imaging Detector
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Clear Diagnostic Images with Advanced ICE-2 Processing
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No Image Stitching, One Image, One Dose
True Imaging Freedom
Micron Spot Size
100
200
Pixels Per mm
10
5
Dots Per Inch (DPI)
254
127
Line Pairs Per mm
5
2.5
Through Crystal IP technology, specially grown crystals are positioned side-by-side to provide a higher phosphor packing density than the industry standard. The crystals guide electromagnetic waves, reducing light spread in the phosphor layer. This results in ultra-high resolution images and high x-ray absorption at a much lower dose than the average phosphor screen.
iDR-L Accessories
iCRco offers accessories that assist medical practitioners in accessing the full field of vision for the iDR-L.
iDR-L Step Rail System
The Step Rail System allows patients to safely participate in weight-bearing views of the foot, ankle, and spinal regions. This solution is especially effective for early detection of scoliosis.
iDR-L Triage Table
When vertical imaging is not an option, the iDR-L Triage Table has the answer. The table allows practices to conduct a full scan of a patient without the need for them to stand upright during the process, potentially saving valuable time, effort, and lives.
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Workflow Video
Video
Brochure
