ORTHOPEDIC

 

Today’s orthopedic practices are busier than ever. Making the transition to digital imaging or upgrading from an existing CR system is essential to meeting the rising demand for increased workflow efficiency and patient throughput.

Our flat panel detectors are designed to satisfy these needs. They are highly efficient, economical, versatile, and possess the flexibility and the ease of use to acquire high quality images for the views necessary to facilitate an accurate diagnosis.

Products

Universal Radiography Systems

Maximizing The Patient Experience

Acquisition Software

Flexible acquisition software that produces high quality diagnostic studies utilizing advanced image processing algorithms

1012WCC • 10×12 Wireless Flat Panel Detector

WIRELESS TECHNOLOGY IN COMPACT DESIGN

The ergonomically designed C-Series Cesium Iodide and Gadolinium Oxysulfide wireless detectors are designed to offer new levels of handling, functionality and exceptional diagnostic image quality in the X-ray room and beyond.

The compact and lightweight Xmaru 1012 Wireless Digital Flat Panel Detectors are well designed to satisfy the daily diagnostic needs of the most demanding user.

  • Tapered, Recessed Edges
  • Thin and Lightweight Design
  • Optional Portable Battery Charger
  • Image Storage Up To 200 Images
  • Room Sharing Functionality
  • Auto Triggering Technology

Superb Image Quality

The detector’s high Detector Quantum Efficiency (DQE) achieves superb image quality with low patient dose.

Durability

Supporting up to 660 lbs, the detector is manufactured with a shock, vibration, and scratch resistant carbon fiber composition.

Water Resistant (IPX6)

The detector is water resistant to most typical water spills in a hospital as well as in outdoor applicants.

Specification

Active Area 12.7 x 10.4 inch
Scintillator Gd2O2S:Tb
Resolution 3.9 lp/mm
Effective Pixel Matrix 2520 x 2008
Pixel Pitch 127 um
A/D Conversion 14/16 bit
Resolution Max. 3.9lp/mm
Preview Time ≤ 2Sec.
Energy Range 40~150kVp
Data Output Ethernet 1Gbps
Weight 9.25lbs / 4.2kg
Dimensions 18.1 x 18.1 x 0.6in

1417WCC/WGC • 14×17 Wireless DR Flat Panel Detector

PROVIDING PATIENT THROUGHPUT IN YOUR HOSPITAL AND BEYOND

The ergonomically designed C-Series Cesium Iodide and Gadolinium Oxysulfide wireless detectors are designed to offer new levels of handling, functionality and exceptional diagnostic image quality in the X-ray room and beyond.

The compact and lightweight Xmaru 1417 Wireless Digital Flat Panel Detectors are well designed to satisfy the daily diagnostic needs of the most demanding user.

  • Tapered, Recessed Edges
  • Thin and Lightweight Design
  • Optional Portable Battery Charger
  • Image Storage Up To 200 Images
  • Room Sharing Functionality
  • Auto Triggering Technology

Superb Image Quality

The detector’s high Detector Quantum Efficiency (DQE) achieves superb image quality with low patient dose.

Durability

Supporting up to 660 lbs, the detector is manufactured with a shock, vibration, and scratch resistant carbon fiber composition.

Water Resistant (IPX6)

The detector is water resistant to most typical water spills in a hospital as well as in outdoor applicants.

Specification

Active Area 16.7 x 14 inch
Scintillator Cesium (1417WCC)/Gadox (1417WGC)
Resolution 3.9 lp/mm
Effective Pixel Matrix 3268 x 2756
Pixel Pitch 127 um
A/D Conversion 14/16 bit
Preview Time ≤ 5 Sec.
Operation Environment Temperature. +5 ~ +40°F
Humidity. 30 ~ 75%
Pressure. 70 ~ 106 kPa
Energy Range 40~150kVp
Data Output Ethernet 1Gbps
Weight 6.6 lbs / 3 kg
Dimensions 18.1 x 15.1 x 0.6 in

1717WCC/WGC • 17×17 Wireless Flat Panel Detector

PROVIDING PATIENT THROUGHPUT IN YOUR HOSPITAL AND BEYOND

The new, ergonomically designed C-Series Cesium Iodide and Gadolinium Oxysulfide wireless detectors are designed to offer new levels of handling, functionality and exceptional diagnostic image quality in the x-ray room and portable applications. Carbon-fiber, seamless unibody construction combined with a shock, vibration and scratch resistant composition makes them well-suited for demanding imaging environments.

Rayence 1717WCC/WGC detectors are manufactured using its own scintillator formulation and feature high detective quantum efficiency, an impressive pixel pitch of 127 microns, and a resolution of 3.93 lp/mm, assuring the delivery of exceptionally sharp, high quality images.

Auto triggering technology permits the detectors to be installed without integration to the x-ray generator and underscores their capability of being used in various imaging environments. The built-in memory stores up to 200 images and allows images to be taken if a computer connection is unavailable, and prevents the loss of images should there be an interruption of power or internet connection. An Auto Image Rotation function eliminates the need for the technologist to configure image orientation by automatically displaying images correctly.

  • Tapered, Recessed Edges
  • Thin and Lightweight Design
  • Optional Portable Battery Charger
  • Image Storage Up To 200 Images
  • Room Sharing Functionality
  • Auto Triggering Technology

Features & Specifications

  • Tapered, Recessed Edges
  • Magnetic Battery Charger
  • IPX6 Water Resistant
  • Image Storage: 200 Images
  • Room Sharing Functionality
  • Auto-Trigger Signal Sensing Technology
Active Area 17 x 17 inch
Sensor Type Amorphous Silicon with TFT
Scintillator Cesium (1717WCC)/Gadox (1717WGC)
Pixel Matrix 3268 x 3268
Pixel Pitch 127 um
A/D Conversion 14/16 bit
Resolution Max. 3.93 lp/mm
Preview Time ≤ 2 Sec.
Energy Range 40~150kVp
Battery Operating Time Typ. 4 hrs
Weight 7.7 lbs (including battery)
Dimensions 18.1 x 18.1 x 0.6 in

XMARU VIEW V1 • Acquisition Software

XmaruView is a flexible image acquisition software for today’s diagnostic imaging providers. The XmaruView (XV) console drives the Xmaru Panel Series to its full potential using industry’s most advanced image processing algorithms for the highest quality diagnostic images.

The XV software comes with standard features like DICOM Modality Work List (MWL), Image Stitching, DICOM Printing, and DVD/CD Burning with viewer.

An important feature offered with the XmaruView is Analysis Statistic Report (ASR). The Analysis Statistics Report keeps track of your image acceptance, rejections, retakes and deletion rates. With the assistance of industry professionals, the XV software optimizes workflow with an easy to navigate GUI.

Universal Radiography Systems

RU-3000 • U-Arm X-Ray System

This unique U-arm features a compact design with dual telescoping arm movement that permits installation in settings having ceiling heights of just eight (8) feet. Its fully motorized movements for SID, arm rotation, height, and detector angle can be automatically programmed to user-specific radiographic positions utilizing the intuitive touch-screen located tube side, a hand held remote control, or by using the technologist workstation.

  • 17 x 17 inch Cesium detector
  • User-Specific, Automatic Positioning
  • Dynamic Mode graphic display
  • Automatic Collimation with Remote Collimator Control (RCC)
  • Durable detector assembly with easily removable grid
  • Remote Control
  • Anti-collision motion sensors and emergency stop buttons
XR5 • The 4-Way Patient Table

Compact and scalable, the XR5 is well suited for all exam types and imaging environments, especially orthopedics, imaging centers, and urgent care centers and is compatible with all Rayence detectors. Enhance both staff workflow and the patient experience with auto tracking of the vertical wallstand and table Bucky detector movements. Requiring no special ceiling or electrical preparation, the XR5 can be installed in rooms just 13 feet wide by 13 feet deep by 8 feet high and 2-8-240VAC line voltage.

  • 40kW generator with 200 kHU X-ray tube and manual collimator
  • Full Console APR to X-ray generator integration with two-way communication
  • 4-way floating tabletop (550 lb. weight capacity; 32 x 90 in. tabletop dimensions)
  • 16in. minimum floor-to-focus height (58 in. total tube head travel)
  • 14×17 Cesium Iodide wireless detector and Xmaru image acquisition software