Flat Panel Detector
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Acuity 14×17 Wireless is a complete wireless, cassette sized X-Ray detector. It can easily transform any existing conventional x-ray room into an efficient Digital Radiology suite. It is portable and lightweight design requires no bulky modification and easily integrates with any manufactures original equipment. The Acuity 14×17 Wireless DR Panel delivers unmatched image quality just seconds after exposure. It is a perfect solution for practices seeking to upgrade their existing x-ray room at a cost effective price. This versatile, Wireless DR Detector allows for quick and easy integration and multi-purpose clinical applications.
- Slim Cassette size 14×17″ Detector
- Highly reliable and stable operation
- High definition by direct deposition CsI
- WiFi image transfer
- Fast image acquisition time less than 3 Seconds
- AED – Automatic Exposure Detection.
- Wireless Interface
- AccuVueMED Acquisition Workstation (UserPC)
- Multi-channel Room Sharing Interface
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The DX-D 30C Digital Wireless Detector offers general radiography facilities a fast and effective way to benefit from high quality digital imaging LEVERAGING existing X-ray INVESTMENTS.
An easy way to go wireless
For both conventional and mobile digital X-ray systems and for use in all Agfa HealthCare’s DR rooms, the cassette-size DX-D 30C Digital Wireless Detector offers general radiography facilities all the advantages of Direct Digital while maximizing the use of their existing equipment. With the 13.77 x 16.9 in (35 x 43 cm) image size, the detector fi ts into any standard bucky tray and can be removed to ensure versatility for all exam types. The DX-D 30C is an integral part of an Agfa HealthCare Imaging or Integration package. These packages include an NX with MUSICA processing, XRDI Interface and detector.
- Provides an easy way to go Direct Digital
- Detector is the size of a standard 13.77 x 16.9 in (35 x 43 cm) cassette, for greater convenience and portability
- MUSICA processing for excellent contrast detail and exam-independent, consistent image quality
- Improves workflow and exam speed
- Excellent connectivity to PACS, HIS/RIS and imagers
- Cesium Iodide (CsI) detector conversion screen
- Small pixel size gives more image information, for improved diagnostic confidence
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High-Performance Tethered DR Flat Panel Detector with AED Technology
The ALTO DRTM by Vieworks utilizes the newest patented wave DR technology – AED (Automatic Exposure Detection.) This technology requires no integration to the x-ray generator. Medlink Imaging o ers a variety of digital solutions to help physicians, clinicians and healthcare professionals make the transition to digital imaging.
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High-Performance Wireless DR Flat Panel Detector with AED Technology
The ALTO DRTM by Vieworks utilizes the newest patented wave DR technology – AED (Automatic Exposure Detection.) This technology requires no integration to the x-ray generator. Medlink Imaging offers a variety of digital solutions to help physicians, clinicians and healthcare professionals make the transition to digital imaging.
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High-Performance Wireless DR Flat Panel Detector with AED Technology
The ALTO DRTM by Vieworks utilizes the newest patented wave DR technology – AED (Automatic Exposure Detection.) This technology requires no integration to the xray generator. Medlink Imaging offers a variety of digital solutions to help physicians, clinicians and healthcare professionals make the transition to digital imaging.
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4 Year Manufacturers Warranty and Remote Technical Support through Medlink Imaging on this high-performance Fixed DR Flat Panel Detector with AED Technology (no generator integration needed). System Includes:
- Automatic Exposure Detection
- Single 17 x 17 inch a-Si TFT PIN Diode
- Fixed Flat Panel Detector
- Control Box with 30 ft. Power Cord
- 9 or 21ft. Panel Cable
- NOTE: Detectors DO NOT include Grid or Cabinet Housings (Optional 200 Line Grids are recommended for Human use with Alto DR Detectors.)
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Details
4 Year Manufacturers Warranty and Remote Technical Support through Medlink Imaging on this high-performance Tethered DR Flat Panel Detector with AED Technology (no generator integration needed). System Includes:
- Automatic Exposure Detection
- Single 14 x 17 inch a-Si TFT PIN Diode
- Movable Flat Panel Detector
- Control Box with 45 ft. (15m) power cord and Cat. 6 Communication LAN Cable
- NOTE: Detectors DO NOT include Grid or Cabinet Housings (Optional 200 Line Grids are recommended for Human use with Alto DR Detectors.)
- Brochure
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Details
4 Year Manufacturer Warranty and Remote Technical Support through Medlink Imaging on this high-performance Wireless DR Flat Panel Detector with AED Technology (no generator integration needed) includes:
- Automatic Exposure Detection
- Single 14 x 17 inch a-Si TFT PIN Diode
- Movable Flat Panel Detector
- Control Box with 45 ft. (15m) Power Cord and Cat. 6 Communication LAN Cable
- Wireless System Control Unit with Battery Dock/Charger with Three (3) Lithium Polymer Batteries
- NOTE: Detectors DO NOT include Grid or Cabinet Housings (Optional 200 Line Grids are recommended for human use with Alto DR Detectors.)
- Brochure
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Dependable digital detectors in the configurations you need
Fujifilm’s original FDR D-EVO digital radiography (DR) detectors offer cost-effective DR without compromising speed, dose savings, image quality or flexibility. Available in six models and multiple scalable configurations, so you can select the flat panel x-ray detector that fits your needs every time.
For small anatomy and exams that require lower dose, the 24x30cm CsI (C24i) produces detailed, high-resolution images with unbelievable dose efficiency.
When maximum field of view is necessary, rely on Fujifilm’s 17×17″ digital detectors, available in cesium or gadolinium.
Fujifilm’s CsI DR detectors combine the inherent dose efficiency benefits of cesium with Fujifilm’s patented ISS technology to deliver ultra-sharp images with increased detail and low noise. Available in 24x30cm, 14×17″ and 17×17″ sizes.
Fujifilm’s gadolinium digital x-ray detectors are lightweight, highly durable and cost-effective. Using Fujifilm’s proprietary ISS technology, FDR D-EVO GOS detectors offer exceptional images, with high DQE that compares to the performance of conventional cesium detectors. Available in 14×17″ and 17×17″ sizes.
- Light! At only 6 pounds, the D-EVO is the lightest flat panel detector on the market making it more comfortable for technologists and for patients.
- THIN! Only 1/2 inch thick, making it easy for the technologists to slide the detector easily under patients
- Impressive Speed! 5 second Image preview and a 10 second cycle times help a busy environment improve productivity and offer a faster patient turnaround!
- Easy to use! Ability to off-center anywhere on the detector allows fast and easy positioning for trauma, pediatric and challenging imaging in general
- Impressive Image Quality! Fujifilm’s 14 X 17″ FPD with patented ISS technology (Irradiation Side Sampling) provides sharp, well-balanced images for consistent, highest quality imaging
- Detachable cord allows for flexible positioning and streamlined workflow. Ideal for stretcher and wheelchair imaging as well as cross table laterals
DR_FDR D-EVO G43i Wireless Brochure (XBUSDR067) -
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Essential DR: Affordability without compromise.
FDR ES detectors are the next generation of DR retrofit solutions designed with the essential conveniences of Fujifilm image acquisition and design. Light, portable, affordable detectors can optimize your x-ray room for table and free positioning and table top exams with top of the line image quality. There's also no need to re-work your existing equipment because FDR ES fits existing standard Buckys and holders.
FDR ES Detectors
FDR ES detectors feature 150 micron pixel pitch and a wide 16-bit dynamic range, as well as Fujifilm's ISS (Irradiated Side Sampling) which provides ultra-sharp imaging with advanced dose efficiency. This exclusive design captures the x-ray image from the incident/patient side of the detector, in contrast to traditional designs which capture the image below the scintillator layer. The result is a reduction in the distance for light to spread, allowing the image to be captured where it’s sharper and stronger as it was always intended.
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