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DR Systems

Konica Minolta AeroDR3 HL/SL (GIF) Premium Wireless Flat Panel Detectors

High Performance Glass Free DR Panels for Digital Radiography


The AeroDR3 HL/SL (GIF) series delivers advanced premium glass free wireless flat panel detectors designed for digital radiography. Built for lightweight handling, excellent image quality, and rugged clinical durability, these detectors support efficient workflows in general radiography, mobile X-ray, and multipurpose imaging environments.

Key Features
  • Glass Free Design & Lightweight Build: Uses a glass free scintillator panel for a significantly lighter detector, reducing operator fatigue and facilitating mobile use. Extremely light—AeroDR3 HL ~1.9 kg and AeroDR3 SL ~1.8 kg—making positioning and handling easier.
  • High Resolution Imaging & Low Dose Efficiency: 100 µm pixel resolution supports detailed, high quality radiographs at low radiation dose levels. High detector quantum efficiency (DQE) ensures excellent image quality across clinical applications.
  • Rugged Durability & Hygiene: Super Monocoque housing with antibacterial Carbon SMC surface for long lasting clinical use and hygiene support. Certified for military grade drop resistance and waterproof/dustproof performance (IPX6), ensuring durability in demanding environments. High load tolerance (400 kg surface, 180 kg point) supports robust clinical handling.
  • Smart Workflow & Connectivity: Compatible with wireless LAN and dedicated wired connections for flexible integration into DR systems. Features Realism image processing, intelligent grid enhancement, and efficient cycle times for fast, high quality image capture. Supports Aero Storage for standalone image acquisition and later transfer to the workstation.

The AeroDR3 HL/SL (GIF) series offers a next generation DR detector solution tuned for real world clinical performance, reliability, and efficiency with glass free, lightweight construction, durable hygienic design, and fast imaging cycle for optimized throughput and diagnostic confidence.

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