MRAD-D25SU DIGITAL RADIOGRAPHY SYSTEM

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DIGITAL RADIOGRAPHY SYSTEM MRAD-D25SU For over 130 years, Toshiba has been a world leader in developing technology to improve the quality of life. Some 50,000 patents demonstrate that rich history of Leading Innovation. Our family of leading-edge imaging systems for CT, MRI, ultrasound, cath labs and x-ray proves something else. By listening to our customers and gaining a deep understanding of their needs, we can develop leading innovation that improves patient care following the Made for Life philosophy, and improve the business of healthcare at the same time. LEADING INNOVATION 1875 Toshiba founded 1915 First X-ray tube 1973 First realtime ultrasound scanner 1989 First helical CT scanner 1990 First tissue Doppler imaging system 1993 First realtime CT fluoro 1998 First quiet MRI 2000 First all-digital multipurpose X-ray 2003 First 64-slice CT scanner 2005 First compact dual-plane cath lab 2006 First 5-axis C-arm cath lab 2007 First dynamic volume CT scanner 2009 First premium handcarried ultrasound system ©Toshiba Medical Systems Corporation 2013. All rights reserved. Design and specications subject to change without notice. MCAXR0251EA 2013-03 TME/D http://www.toshibamedicalsystems.com Printed in Japan Toshiba Medical Systems Corporation meets internationally recognized standards for Quality Management System ISO 9001, ISO 13485. Toshiba Medical Systems Corporation Nasu Operations meets the Environmental Management System standard ISO 14001. Made for Life and RADREX are trademarks of Toshiba Medical Systems Corporation.

Transcript of MRAD-D25SU DIGITAL RADIOGRAPHY SYSTEM

Page 1: MRAD-D25SU DIGITAL RADIOGRAPHY SYSTEM

DIG

ITAL RAD

IOG

RAPH

Y SYSTEMM

RAD

-D25SU

For over 130 years, Toshiba has been a world leader in developing technology to im

prove the quality of life. Som

e 50,000 patents demonstrate that rich history of Leading Innovation. O

ur family of leading-edge

imaging system

s for CT, MRI, ultrasound, cath labs and x-ray proves som

ething else. By listening to our

customers and gaining a deep understanding of their needs, w

e can develop leading innovation that im

proves patient care following the M

ade for Life philosophy, and improve the business of healthcare at the

same tim

e.

LEADIN

G IN

NO

VATION

1875 Toshiba founded

1915 First X-ray tube

1973 First realtime ultrasound scanner

1989 First helical CT scanner

1990 First tissue Doppler im

aging system

1993 First realtime CT fluoro

1998 First quiet MR

I

2000 First all-digital multipurpose X-ray

2003 First 64

-slice CT scanner

2005 First compact dual-plane cath lab

2006 First 5-axis C

-arm cath lab

2007 First dynamic volum

e CT scanner

2009 First premium

handcarried ultrasound system

©Toshiba M

edical Systems Corporation 2013. All rights reserved.

Design and specifications subject to change w

ithout notice.M

CAXR0251EA 2013-03 TME/D

http://www.toshibam

edicalsystems.com

Printed in Japan

Toshiba Medical System

s Corporation meets internationally recognized

standards for Quality M

anagement System

ISO 9001, ISO

13485.

Toshiba Medical System

s Corporation Nasu O

perations meets the

Environmental M

anagement System

standard ISO 14001.

Made for Life and RAD

REX are trademarks of Toshiba M

edical Systems

Corporation.

Page 2: MRAD-D25SU DIGITAL RADIOGRAPHY SYSTEM

Crossing the threshold to a Digital Solution

Enhanced clinical flexibility with a

universal radiography system

equipped with a flat panel detector.

Toshiba's universal X-ray system R

ADR

EX-i w

ith a flat panel detector (FPD

) supports digital image m

anagement w

ithout the need to perform

large-scale ceiling work. The FPD

is fixed to the B

ucky device, allowing various exam

inations to be performed

without rem

oving the FPD.

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Page 3: MRAD-D25SU DIGITAL RADIOGRAPHY SYSTEM

Flat panel detector

43 x 43 cm (17” x 17”)

A wide field of view

ensures full coverage.

3-second displayFast im

age display ensures efficient workflow

.

Detachable grid

The X-ray grid can be mounted and rem

oved without the use of tools, perm

itting the grid to be easily changed according to the purpose of the exam

ination.

Optim

al images w

ith superior processing

Many of the system

’s image optim

ization features can eliminate postprocessing after exposure,

saving time during exam

inations.

f-proc

Wide-range frequency processing

Greatly im

proved visualization of lung markings

Digital Com

pensation Filter (DCF)

Provides dynamic range control processing in

under-penetrated and over-penetrated areas

Reduces the need for soft tissue exposure and

bone exposure

Shortens postprocessing times and provides

radiologists with optim

al image display

f-proc Off

f-proc On

DCF O

ffD

CF On

Compare the advantages of FPD

over film

Film-based exam

inations are associated with high operating costs for developing film

s, addi-tional w

ork related to film developm

ent and film storage, and large space requirem

ents for the photo lab and film

storage. These issues are completely avoided by digital im

age managem

ent as m

ade possible by RAD

REX-i w

ith an FPD.

Digital

FPD

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Page 4: MRAD-D25SU DIGITAL RADIOGRAPHY SYSTEM

Universal C-arm

supporting a wide

variety of examinations

Wide range of clinical applications

Even in radiographic procedures that involve complicated angle settings, the system

provides flexible positioning options, perm

itting examinations to be perform

ed with m

aximum

patient comfort.

The mobile table used in com

bination allows

easy patient positioning. It is also suitable for em

ergency examinations.

Universal X-ray system

for a broad range of general radiographic examinations

The universal radiography system R

ADR

EX-i consists of a vertical stand and a rotation arm that supports

the X-ray tube assembly and FPD

. Since the X-ray tube assembly and the FPD

are mounted facing each

other, the center of the X-ray beam is alw

ays aligned with the center of the FPD

, ensuring accurate exam

inations. Smooth and easy system

operation allows quick and accurate positioning for radiography.

180cm

100cm

120cm

±30˚ 135˚

45˚

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