AeroDR HD – See It First Landing Page

NOW in High-definition — 4X more than standard resolution

Konica Minolta has developed the most sophisticated detector yet — the AeroDR^® HD. With the highest resolution and sensitivity, you will be able to see things first, enabled by the highest image quality and dose efficiency*. And with every image 4X clearer, analysis is better too. Bottom line: See more, see it fast, see it first with the extraordinary AeroDR^® HD.

Download Sample Files to View Detail on Your PACS

See For Yourself

Clinical Confidence

100 Micron CsI Detector: 4Xs More Resolution
Realism™ Hybrid Processing Increases Dynamic Range to Provide More Depth/Definition
Higher DQE and Dose Efficiency*

Enhance Productivity

Lightweight: Weighs 5.8Lbs./2.6 Kg
Long Power Cell Life: Up to 8 Hours of Use on a 30 Minute Charge*
AeroSync^™ Automatic Exposure Detection
Award Winning Service: Featuring AeroRemote^™ Remote Monitoring Technology to Maximize Uptime

Built to Last

7 Year Power Cell Warranty, a Konica Minolta Exclusive
IPX6 Water Resistance
20% Higher Drop Resistance (over 1.2 M)
Increased Strength:
- Point Load: 20% Stronger
- Distributed: 33% Stronger
- Bend Resistance of 130 KG for Safe Bedside Use

Download the Infographic and Brochure to learn more

The AeroDR HD is pixel power at its best. Download the brochure and infographic to learn more about how AeroDR HD can give you more data to make better decisions, sooner.

Download Brochure Download Infographic

The First Detector Able to Switch from High Resolution (100µ) to High Dynamic Range (200µ)

Standard Definition 175µ

High Definition 100µ

High Definition uses 100µ to give you more detail of small structures. Realism Image Processing enhances sharpness and contrast while keeping the natural granularity of the structures, like bone tubercular, even under magnification. High-definition is recommended for extremities, shoulders and other structures where magnification is preferred to improve diagnostic accuracy.

High Dynamic Range aggregates the data from 4 pixels to give you a wider range of grays between all Black and all White pixels — giving you a smooth image and allows you to differentiate subtle differences in soft tissue.