The FDR D-EVO has achieved 384 ×460mm size and 14mm thick which is equivalent to a CR cassette. The other main characteristics of the FDR D-EVO are 2.8kg 1weight, minimum 3seconds preview time and minimum 9seconds cycle time. Since the size is equivalent to a CR cassette, it is possible to load the FDR D-EVO into an existing upright/table X-ray system and can be handled in the same fashion as a CR cassette.
This lightweight, wireless digital detector was created through the technological know-how of Rayence, the global leading manufacturing of digital imaging detectors. The uniqueness of this versatile detector solution includes an ergonomically designed, removable handle that can be attached to either the portrait or landscape location of the detector frame for ease of use.
For added flexibility, the 1012WCA can also be used as a tethered detector. With this configuration, the battery will recharge without it having to be removed and placed into a separate charger.
Experience the convenience, versatility and flexibility available only in the 1012WCA.
The Rayence Xmaru 1417 Series is the latest in innovative cassette sized flat panel technology. The durable, ultra-thin, and light weight design makes it the most ideal 14”x17” flat panel detector. The 1417 Series is designed to be compatible with X-Ray systems that use ISO 4090-compliant 35 x 43 cm x-ray cassettes, which paves the way for seamless and hassle free upgrades for any x-ray application. Whether moving from film or CR to DR, upgrading existing technology or installing a new DR system, the Rayence Xmaru 1417 Series is an economical choice for superior image quality.
The OTC18T Radiographic System delivers enhanced patient comfort and optimized workflow. Precisely designed to withstand high volume throughput in hospital radiology departments, medical imaging centers and large orthopedic facilities, the OTC18T performs exceptionally well in a broad range of radiographic studies.
Del Medical UArm Systems are designed for use in hospital emergency rooms, orthopaedic and all general radiographic applications. The UArm maintains constant alignment between the x-ray tube and image receptor, regardless of tilt position or image receptor angle. The extraordinary flexibility of this system makes it ideal for all radiographic procedures including sitting, erect and recumbent positions.
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.)
Associated X-Ray Imaging offers you a full line of radiology x-ray imaging systems that provide state-of-the-art performance to meet your patient care needs. The OTOM Mine Alnu is an FDA approved* handheld, wireless x-ray generator which delivers 80kv weighing less than 6 pounds. This device is ideal for orthopedics, sports medicine, podiatry, and veterinary.
– Single Function Foot Switch
– Real Time Processing
– Filters/Windowing/Rotation/Mirroring
– Post Processing-Edge Enhancement
– Rotation, Windowing, Inverse, Image Crop
– High Frequency X-ray Generator 20,000 Hz
– Iris and Slot During live Fluoroscopy
– Fluoroscopic Operation from 40kV to 110kV at 0.2-Maximum 6ma and Pulse Modes
– Radiographic Operation from 40kV to 110kV at Maximum 20ma
– 8ma Mode for Digital Radiograph/Snap Shot Mode
– Dual Mode 9/6 in. Image Intensifier
– High Contrast Camera
– Body Region and Application Specific Key, Extremities, Chest, head, Spine, Hip Metal, Soft Tissue, 1/2 Dose
– Large Patient Diameter key
– Integrated Cable Pusher Allow for Easy Maneuverability and Positioning
– Two 18 in. High Resolution/Brightness TFT Flat Panel Monitors, 1280×1024
– 1280x1024Vx12 bit Highline Video Image Display with Dual Graphic Overlays
– 360 Degree Digital Continuous Image Rotation
– Last Image Hold
– Invert, White on Black
– True 1024 Shades of Gray
– Real Time Noise Reduction (Low, Medium, High)
– Snapshot, Electronic Noise Reduction by Multiple Frame Integration Preset for Better Image Quality
– Touch Screen Text Keyboard for Patient Annotation
– Auto Store Feature
– True 16 bit Image Processing and Storage
– 10,000 Digital Image Stored in 1Kx16 bit Image Display
The Exa® Platform provides the infrastructure for managing data across the imaging workflow
Integrated RIS/PACS/Billing platform
Diagnostic Zero Footprint (ZFP) viewer with Server-Side Rendering
Real-time performance dashboard for maximum efficiency
How we do it.
Efferent’s platform of cloud-based solutions transforms the speed and efficiency of healthcare delivery with streamline processes, rapid communication, and robust resources. 100% Cloud-based imaging platform – NO Servers, No Software, Use Any Device. Imagine connecting and automating healthcare giving you more….
TigerView offers workflow specific to your market. Defining market needs and developing a PACS product affordable for the consumer is always the underlying focus for a Televere Systems product.
Advanced Diagnostic Tools – Manipulate crystal clear images
Easily review angles and measurements, find the mid-line and center point, utilize stitching, cropping and magnification tools which help to better diagnose and communicate with your patients.
Market Specific Measurements – More Efficient workflow
Multitude of measurement tools specific to all markets such as Medical, Podiatry, Chiropractic, Veterinary, Non-Destructive Testing and Security.
Voyance VPACS Server is an affordable solution for viewing, sharing and storing DICOM images for the long term. Purchased as a stand-alone solution on dedicated hardware, or as part of an Acquire/Archive DR solution, VPACS provides practices with a scalable, upgradable solution to archive x-ray image data and comply with HIPAA guidelines. VPACS server securely shares patient data throughout your local network and allows providers to review images in any room.
The OTC18M Radiographic System delivers enhanced patient comfort and optimized workflow. Precisely designed to withstand high volume throughput in hospital radiology departments, medical imaging centers and large orthopedic facilities with the need to perform a broad range of radiographic studies.
