Konica Minolta - Vet Flat Panel Detector HD DR 10x12" | AeroDR3 Get latest price

 

 

Konica Minolta introduces the latest technological advances with the AeroDR 3 “High sensitivity TFT panel.” “The thicker CsI scintillator” and new ROIC can reduce the electrical noise level by 50% or more. Now we can provide patients and AeroDR users with high detector quantum efficiency (DQE) and half of dose with Aero DR3 when compared with previously cleared Konica-Minolta systems.

 

 

The scintillator material is evenly distributed from the bottom to the top of the panel, and it is more than 20% thicker than the AeroDR 2 1012HQ panel. This helps provide the high DQE.

 

 

The pixels are 100µm across, and this small size helps ensure clear images.

 

 

 

Weighing just 1.5 kg (including battery), the panel is light in weight, and a new grip design makes it even easier and safer to handle.

 

KonicaMinolta has developed a new detector design to provide easy handling and high durability.

 

 

The AeroDR 3 panel has undergone a variety of internal tests based on some assumed extreme operating scenarios.

 

 

Konica Minolta assumed an operating scenario in which a 130 kg patient lies on the AeroDR 3 panel main body for a bedside exposure, and designed the detector such that it would not affect the processed image or suffer internal damage.

 

- Point Load 180kg

- Surface Load 400kg

- Bend Pressure 130kg

 

Sustain IPX6 waterproof compliance even after the panel was dropped from a height of 1.0m

The AeroDR 3 panel has cleared the durability test for water resistance after dropping it from a height of 1m.

 

The structure of the AeroDR 3 panel does not allow liquids to penetrate or damage the main components.

 

*The internal test condition is that the AeroDR 3 1012HD main body is dropped once onto a concrete floor that has a 2mm-thick sheet laid on it, after which the water resistance test is conducted.

 

Depending upon the operating conditions and detector status, the IPX6 water resistance may be lost.

AeroDR

 

Each AeroDR 3 panel has passed the MIL-STD-810G drop strength test

MIL-STD-810G is defined by the U.S. Department of Defense.

Drop strength is one of the test items(. Drop strength test : it is dropped on a total of 26 places once each from the height of 122 cm (48 inches).

The 26 places are 6 planes above plywood, 12 ridgelines, and 8 vertices.)

 

 

The AeroDR SYSTEM 3 can handle large image data and provide short cycle times even though the image data is taken by 100 micron pixels.

 

*With 200 micron pixels and in wireless mode, the cycle time is 4 s.

 

The pixel size is selectable between 100 microns or 200 microns

AeroDR 3 users can select a pixel size of 100 microns or 200 microns before taking an X-ray. This allows users to control the image data size, if they need to save storage space. After taking the X-ray, the CS-7 image-processing workstation has options to output images to save data space.

 

The AeroDR 3 1417HD is powered by a lithium ion capacitor for high performance.

The Lithium ion capacitor charges from 0 to 100% in 30 min.*4

 

*4When using the AeroDR Battery Charger2 or interface cable 3

Charging Time 30min

 

If the X-ray generator has low power or body parts are thick, the updated AeroSync technology of the AeroDR 3 supports a wider range of techniques than current AeroSync specs indicate.

 

Its sophisticated functions will enrich your daily examination work flow

 

 

“AeroStorage” X-ray Radiography in Emergencies. Switch the AeroDR 3 to Aero Storage mode, and perform exposure X-ray without a console.

The number of saved images is 100.

 

Integrated control station CS-7

CS-7 can control AeroDR detectors and connect to CR readers.

( Please contact your ARO Systems regarding which devices can connect to CS-7)

 

Tube and gauze image enhancement

CS-7 can highlight tube and gauze images that are difficult to be detected with normal images

 

*Optional license is necessary to use this function

 

 

This is image processing to improve contrast which is affected by scattered radiation without a grid. This function provides easy workflow, and the operator need not carry it to perform an exam. Three types of parameters are available from comparable grid ratios; 3:1/ 6:1/ 8:1/10:1/12:1.