Veterinary radiography flat panel detector Mars 1417V

for multipurpose radiographyportablewireless

Product Summary
Mars 1417V and Mars 1717V are wireless flat panel detectors designed for digital radiography upgrades, surgical C‑arm procedures and veterinary imaging. Both models feature CsI scintillators, fast acquisition, automatic exposure detection (AED), sudden power‑off data protection, built‑in image stitching and optional virtual grid for improved image quality. Wireless connectivity supports 2.4G and 5G (IEEE802.11 a/b/g/n/ac), enabling flexible deployment.

Product Specification - Mars 1417V
Model: Mars 1417V
Application field: Upgrading conventional X‑ray to digital
Scintillator: CsI
Detector technology: Amorphous silicon
AD conversion: 16 bit
Pixel pitch: 150 μm
Active area: 346×420 mm
Number of pixels: 2304 × 2800
Spatial resolution: 3.4 lp/mm
Image storage: 200 frames
Image stitching: Yes (built‑in)
Imaging time (per capture): 5 seconds
Data interface / detector control: Wi‑Fi
Wireless mode: 2.4G and 5G, IEEE802.11 a/b/g/n/ac
Battery autonomy: 8 hours
Detector dimensions: 384×460×15 mm
Imager weight: ~3.3 kg

Product Specification - Mars 1717V
Model: Mars 1717V
Application field: Upgrading conventional X‑ray to digital
Scintillator: CsI
Detector technology: Amorphous silicon
AD conversion: 16 bit
Pixel pitch: 139 μm
Active area: 427×427 mm
Number of pixels: 3072 × 3072
Spatial resolution: 3.1 lp/mm
Image storage: 200 frames
Image stitching: Yes (built‑in)
Imaging time (per capture): 5 seconds
Data interface / detector control: Wi‑Fi
Wireless mode: 2.4G and 5G, IEEE802.11 a/b/g/n/ac
Battery autonomy: 8 hours
Detector dimensions: 460×460×15 mm
Imager weight: ~4.6 kg

Product Description
Both Mars models deliver high diagnostic image quality and rapid acquisition suitable for general radiography, C‑arm intraoperative imaging and veterinary practice. AED simplifies workflow by detecting exposure automatically; sudden power‑off protection preserves acquired data. Built‑in stitching streamlines long‑length exams and the optional virtual grid reduces scatter effects for clearer images. Compact dimensions and wireless operation facilitate retrofitting existing X‑ray rooms.

Application / Scenario

• DR upgrade of conventional X‑ray rooms
• Surgical C‑arm imaging
• Veterinary radiography
• Fast throughput clinical workflows

Technical characteristics

• Scintillator: CsI
• Detector technology: Amorphous silicon
• AD conversion: 16 bit
• Pixel pitch: 150 μm (Mars 1417V); 139 μm (Mars 1717V)
• Spatial resolution: 3.4 lp/mm (Mars 1417V); 3.1 lp/mm (Mars 1717V)
• Active areas: 346×420 mm (Mars 1417V); 427×427 mm (Mars 1717V)
• Wireless: 2.4G / 5G, IEEE802.11 a/b/g/n/ac
• Battery autonomy: 8 hours
• Image storage: 200 frames
• Image stitching: Built‑in
• Imaging time: 5 seconds per capture
• Approx. weight: 3.3 kg (Mars 1417V); 4.6 kg (Mars 1717V)
• Detector dimensions: 384×460×15 mm (Mars 1417V); 460×460×15 mm (Mars 1717V)