Rayence Xmaru 1717WCC/WGC Wireless DR Panel

Large Imaging Coverage Without Replacing Existing X-Ray Equipment

The Rayence Xmaru 1717WCC/WGC is built for healthcare providers looking to upgrade compatible radiographic rooms to wireless digital radiography without replacing existing ISO 4090 cassette tray infrastructure. Its full-size 17 × 17-inch detector provides broad imaging coverage while preserving familiar positioning techniques and workflow.

• Full-size 17 × 17-inch (460 × 460 mm) wireless detector
• Fits standard ISO 4090 cassette trays
• Available in WCC (CsI) and WGC (GOS) configurations
• Optional GigE or C-Link connectivity

Because the Xmaru 1717WCC/WGC maintains standard cassette dimensions, many facilities can transition from CR or film to digital radiography while continuing to use compatible buckys and existing room layouts.

When a 17 × 17 Detector Is the Right Choice

Capture More Anatomy in a Single Exposure

A larger detector allows larger anatomical regions to be captured without repositioning the panel between exposures. For many imaging departments, this can simplify positioning, improve workflow efficiency, and reduce interruptions during routine examinations.

Benefits include:

• • Full 17 × 17-inch imaging area
  • Larger field of view for general radiography
  • Fewer detector repositioning adjustments during many examinations
  • Standard cassette dimensions simplify DR upgrades

Features That Keep the Detector Ready Throughout the Imaging Day

The Rayence Xmaru 1717WCC/WGC incorporates workflow features designed to help keep imaging departments productive throughout the day while minimizing interruptions.

Auto-AED Exposure Detection

Auto-AED automatically recognizes incoming X-ray exposure without requiring a physical synchronization connection, simplifying installation with compatible X-ray generators.

Built-In Image Storage

Internal memory temporarily stores acquired images if wireless communication is interrupted, allowing studies to be transferred once connectivity is restored.

OLED Status Display

An integrated OLED display provides quick access to battery level, wireless status, detector mode, and operating information directly on the detector.

Hot-Swappable Battery Design

The removable battery system allows batteries to be exchanged quickly, helping minimize workflow interruptions during busy imaging schedules.

Designed for Compatible DR Retrofit Projects & Fixed Radiographic Rooms

Compatible X-Ray Systems

The Rayence Xmaru 1717WCC/WGC is designed for facilities upgrading compatible radiographic equipment to digital imaging while preserving existing cassette-based workflows.

Compatible installations may include:

• • Fixed radiographic rooms
  • DR retrofit projects
  • Compatible mobile X-ray systems
  • Existing ISO 4090 cassette tray installations

Clinical Environments That Benefit From a 17 × 17 Detector

The detector’s large imaging area makes it well suited for facilities that routinely perform general radiographic examinations using full-size detectors.

Common environments include:

• • Hospitals and health systems
  • Medical imaging centers
  • Orthopedic practices
  • Chiropractic clinics
  • Veterinary imaging facilities
  • General radiography departments

Choose Between WCC & WGC Detector Configurations

The Rayence Xmaru 1717 is available with two scintillator configurations. Both share the same detector platform, dimensions, wireless workflow, and core specifications. The primary difference is how each scintillator converts X-rays into visible light before the image is processed.

Xmaru 1717WCC

The WCC configuration uses a Cesium Iodide (CsI) scintillator.

CsI is designed with a columnar crystal structure that helps channel light more efficiently through the detector. This can improve detector efficiency and support excellent image quality at lower radiation doses, making it a common choice for facilities that prioritize dose optimization.

Xmaru 1717WGC

The WGC configuration uses a Gadolinium Oxysulfide (GOS) scintillator.

GOS is a well-established scintillator technology used across many digital radiography systems. It provides dependable image quality while offering an alternative detector configuration based on facility preferences and imaging requirements.

Regardless of which scintillator is selected, both detectors provide the same wireless workflow, detector dimensions, compatibility, and overall feature set. The choice primarily comes down to the scintillator technology that best aligns with a facility’s imaging preferences and procurement requirements.

Compare the Rayence Xmaru Detector Family

The Rayence Xmaru Series includes multiple wireless detector sizes to accommodate different imaging workflows and detector preferences.

Need a more compact detector for smaller imaging areas? Explore the Rayence Xmaru 1012WCC/WGC.

Looking for a standard 14 × 17 wireless detector? Explore the Rayence Xmaru 1417WCC/WGC.

Prefer a tethered 17 × 17 detector for a fixed imaging environment? Explore the Rayence Xmaru 1717SCC/SGC.

Rayence Xmaru 1717WCC/WGC Specifications

Detector Dimensions

• • Detector Size: 460 × 460 × 15 mm (17 × 17 × 0.6 in.)
  • Active Imaging Area: 430 × 430 mm (17 × 17 in.)
  • Weight: 3.5 kg (7.7 lbs.) including battery

Image Performance

• • Pixel pitch: 127 μm or 140 μm (configuration dependent)
  • Pixel matrix: Up to 3268 × 3268
  • Limiting resolution: Up to 3.93 lp/mm
  • A/D conversion: 14-bit / 16-bit
  • Preview time: Less than 2 seconds (2 × 2 binning)
  • Energy range: 40 to 150 kVp

Construction & Durability

• • Carbon fiber detector housing
  • Thin cassette-sized profile
  • IPX6 water-resistant enclosure
  • Recessed, tapered detector edges
  • Uniform load capacity: 300 kg (661 lbs.)
  • Point load capacity: 150 kg (330 lbs.)

Connectivity & Workflow

• • Wireless communication
  • Optional GigE or C-Link interface
  • Auto-AED exposure detection
  • Built-in image storage
  • OLED status display
  • Hot-swappable battery
  • Automatic image orientation