Frankfurtstraat 40, 1175RH Lijnden, the Netherlandsinfo-nl@mg.konicaminolta.eu - www.konicaminolta.eu/healthcare

KONICA MINOLTA MEDICAL & GRAPHIC IMAGING EUROPE B.V.

MEUN20140211

Featuring the excellent image quality you would expect from Konica Minolta

Easy workflow& Reliable

technology

High Image Quality& Lower Dose

Light Weight& Durable

High image quality. Lower dose.

Chest

Spine

Knee

Available in three sizes

Our cassette-sized flat panel detector is available in three sizes: 17x17”, 14x17” and 10x12” allowing you to choose the most suitable solution for your

diagnostic applications. All detectors are made in Japan and have a proven reliability and a favorable total cost of ownership for your medical facility.

High DQE, lower dose

Our CsI scintillator technology, combined with the latest low noise read-

out integrated circuitry, delivers an excellent DQE (Detective Quantum

Efficiency). This makes AeroDR effective in reducing exposure dose.

Not only that, but AeroDR delivers exceptional dynamic range perfor-

mance. Enabling accurate skin line definition, for example, in the radiog-

raphy of shoulder joints.

High DQE

[µGy][mR]

0.087 0.87 8.7 87

0.01 0.1 1 10

0

0.5

1

1.5

2

2.5

A high DQE at a low dose High DQE, lower dose High DQE, lower dose

Our CsI scintillator technology, combined with the latest low noise read-

out integrated circuitry, delivers an excellent DQE (Detective Quantum

Efficiency). This makes AeroDR effective in reducing exposure dose.

A high DQE at a low dose

Three sizes

Works with your existing equipment

The AeroDR detector is the same size as an

ISO 4090 compliant film cassette, so it will fit

any existing wall-stand or table bucky tray.

No need to replace your table or X-ray tube

to convert from analogue to direct digital.

Roaming

Can be shared between X-ray rooms

Konica Minolta’s shared FPD (Flat Panel Detector) solution means that

one AeroDR panel can be used across multiple X-ray rooms and mobile

X-ray units that are equipped with their own CS-7 console.

Multifunctional console CS-7

Our CS-7 work station doesn’t just control the AeroDR detectors. It also operates all current Konica Minolta CR readers and even X-ray generators*. So there’s no need to use the X-ray console to adjust exposure parameters.

More control

2 second preview via smart GUI display

In less than 2 seconds after exposure, a preview image pops up on the console display. That’s fast! What’s more, our user-friendly graphical inter-

face is configurable, enabling you to set it up exactly how you like it.

Easy workflow. Reliable technology.

Fully charged in only 30 minutes

Apart from a long life expectancy, our new generation battery technology has a long operating

time of approximately 200 images per 5.5 hours. Recharging is impressively quick, from empty

to full in only 30 minutes. And in an emergency, the battery can regain enough charge to process

at least 10 images in just 3 minutes.

* Please contact your Konica Minolta sales representative for more detailsregarding connections between X-ray generators and CS-7.

Power-saving technology and safety for your patients

To improve patient safety, Konica Minolta has sourced the world’s newest battery technology for

the AeroDR panel. Our unique low power consuming panel design combined with a lithium ion

capacitor ensures long battery life and quick recharging.

Lithium ion capacitors don’t overheat unlike conventional lithium ion batteries.

You don’t have to replace a battery

Conventional batteries need to be changed after about a year. Our new lithium ion capacitors

last as long as the panel. Which means there is no need for exchanging the battery. Which in turn

allows you to spend more time with your patients.

Capacitor Rigid body

MonocoqueStructureDesign

TFT sensor

Light weight. Durable.

Light weight flat panel detector

At only 2.9 kg*, AeroDR 14x17” can easily be carried around. This,

combined with its wireless capability, makes it flexible, giving

radiographers considerably more freedom in how they choose to

work.

* 17x17” = 3.6 kg, 10x12” = 1.7 kg

Incredibly strong monocoque construction

Since the battery doesn’t need to be replaced, the case never

needs to be opened. As a result, we’ve been able to build it from

tough carbon fibre using a rigid monocoque design. Ensuring

trouble-free operation even when subjected to substantial load or

shock.

Astonishingly, the AeroDR has a maximum patient load of 300 kg.

Sealed and protected scintillator

Konica Minolta produces its own CsI scintillator and has created

a more efficient design. This double glass design provides a three-

fold benefit:

it enhances the load-bearing performance

it prevents the scintillator edge from being deformed by

everyday knocks and bumps

it protects the TFT sensor panel from breakage

HUB

X-ray generator

InterfaceUnit

AccessPoint

Battery Charger

Generator I/F

Unit

Ethernet Cable (PoE*)Ethernet Cable (Non-PoE)AeroDR XG Cable

* PoE - Power over Ethernet

AeroDR System Configuration

Wireless digital radiography system

* The described performance may vary depending on the environment and frequency of use.

●Barcode reader for Regius cassette registrationIn-room sub monitor

●DICOM MWM / DETACHED FTPDICOM MPPS

Host : up to 4 channels DICOM Storage outputPrinter : up to 2 channels DICOM Print

X-ray generator connectionMedia storageText annotationsCR acquisition (up to 15 Regius readers)DR acquisition (up to 4 AeroDR detectors)

AeroDR : up to 4 simultaneously connected detectorsRegius cassette Reader : up to 15 units

CR / DR Connections

Automatic Gradation Processing (G Processing)Frequency Processing (F Processing)Equalization Processing (E Processing)Hybrid Processing (H Processing)Hybrid Smooth Processing (HS Processing)

Basic greyscale print management (SCU)Storage (SCU)Modality Worklist ManagementModality Performed Procedure StepGreyscale standard display function (Print output)

Main OptionsHardware options

Software options

Image Processing

Image Output Supported

DICOM Support

Console CS-7

SPECIFICATIONS

Model name AeroDR1012HQ AeroDR1417HQ AeroDR1717HQ

Detection method

Scintillator

Dimensions (W x D x H) 281.8 x 333.0 x 15.9 mm 383.7 x 460.2 x 15.9 mm 459.8 x 460.2 x 15.9 mm

Weight 1.7 kg 2.9 kg 3.6 kg

Pixel size

Image area size 1.404 x 1.696 pixels 1.994 x 2.430 pixels 2.428 x 2.428 pixels

AD conversion

Communication

WLAN encryption

Approx. 7 seconds(with dedicated wired connection)

Approx. 9 seconds(with dedicated wired connection)

Approx. 10 seconds(with dedicated wired connection)

Approx. 9 seconds(with wireless LAN connection)

Approx. 13 seconds(with wireless LAN connection)

Approx. 15 seconds(with wireless LAN connection)

Dynamic range

Battery charging time empty to full

Battery duration in standby status

7.6 hours 16 hours 16 hours

146 images / 4.0 hours 200 images / 5.5 hours 173 images / 4.8 hours

Battery expected life time

Maximum patient load Whole area: 300 kg / Point load: 150 kg at 40 mm diameter

Exposures per full charge * Under conditions that the interval between studies is 5 minutes and 3 images are captured in each study, assuming 20 seconds for each exposure to position the patient.

Exceeds AeroDR detector product life time

Indirect conversion method

CsI (Cesium Iodide)

175 µm

16 bit (65.536 gradients)

Wireless encryption method: AES / Authentication method: WPA2-PSK

Dedicated wired ethernet connection / Wireless LAN (IEEE802.11a compliant)

Cycle time

4 digits

Within 30 minutes when using AeroDR battery chargerWithin 60 minutes when using the dedicated wired cable