Professional X-ray –
made for better education
The new PHYWE XR 4.0 expert unit –
leading in quality, technology, innovation and design
X-ray physics
Structural analysis
Radiography
Computerized tomography
1895 Wilhelm C. Roentgen discovers X-radiation –
In 2011, PHYWE makes it into an experience!
The fascination of X-rays
In the 21st century, this discovery forms the
basis for scientific, medical and technical
teaching and for research in schools, universities and institutes worldwide.
The new PHYWE X-ray XR 4.0 encompasses all relevant
subjects of X-ray physics and their basics in education
at colleges and schools. Thanks to extension sets,
the XR 4.0 product group is exactly coordinated with
subjects and applications from the sectors of physics,
chemistry, biology, medicine, geo-sciences and engineering/material sciences.
The new XR 4.0 is globally prominent in its application-specific, price/performance ratio. As well as
a new, modern and innovative design, the XR 4.0
fascinates above all with its professional technology,
a novel patent pending security system, innovative
software solutions, an intuitive user guidance, as
well as an extensive accessories package Quality Made in Germany!
Roentgen received the
first Nobel prize in
1901 for his discovery.
The PHYWE XR 4.0 expert unit was
developed in cooperation with:
Field of application
Characteristic spectra
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Bremsspectrum
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Rock analysis
Solid-state physics
x
X-ray diffraction
x
Structural analysis
X-ray spectroscopy
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Material analysis x
Non-Destructive Testing - (NDT)
X-ray diagnostics
x
x
Legend:
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Dosimetry
x
x
Radiology / Radiography
x
x
x
X-ray computerized tomography x
x
x
Medicine
x
Biology
Applied sciences
Geoscience
Physics
Chemistry
Engineering science
XRE 4.0 expert set –
A convincing system solution
PHYWE is one of the leading provider worldwide
of integrated overall solutions for the area of
scientific-technical training in schools, colleges
and institutes. Not only the individual product or
experiment, but also the individual adaptation of
the overall offer to individual curricula and study
plans provide added value and additional benefits
for the user.
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XR 4.0 expert set
S-Lock – novel security concept
 3View – insight provides a transparent view
 XXL Chamber
 MultiLINK
 High-resolution TFT backlit display
 Tube XChange Technology
 Safekeeping drawer
 Details see page 7
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Reference experiments
TESS expert manual
 Clear and structured experiment
descriptions with displays
 Full theoretical derivations on a high level
 Evaluation examples with reference measurements and didactic transfer
X-ray
XR 4.0
The PHYWE XR 4.0 is structured following this philosophy. Hardware (A), linked with the XR measure
software package (B) for external control and measured value recording, manuals (C) with an extensive collection of reference experiments, as well as
a large accessories package (D) with a quick-start
guide, are included in the basic version. Extension
sets expand the basic device for your field of application.
B
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XR 4.0 software measure X-ray
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lug & measure:
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automatic identification of devices
Double control:
simultaneous
operation,
manually and by computer
More than 20 languages
Accessories
A
daptor, USB cable, Quick-start guide, Wolfram-
tube, optical bank, operating instructions
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3
XRE 4.0 expert set –
Details at a glance
XXL Chamber
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Experience the perfect synthesis of innovative technology, highest level of safety, well-proven PHYWE quality
and modern design. Extensive performance characteristics and ideas make working with the PHYWE XR 4.0 a
special experience.
We have presented some device highlights for you here.
Tube XChange Technology
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S elf-adjusting X-ray tubes with
quick-change technology
Contact protection against hot parts
4 anode materials for specific experiments (W, Mo, Cu, Fe)
Touch Panel
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S imultaneous control, manually and
by computer
Interactive, intuitive handling
Self-explanatory icons for fast
operation
3View – Insight provides a transparent view
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E xceptional observability of the
experimentation space
Extra-large window front on 3 sides
(Diagonals: : 18”/18”/14”,
46cm/46cm/36cm)
Large space for large experiments
T emperature-controlled, internallyventilated experimentation space
X-ray
XR 4.0
Optical bench with riders
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adiography experiments
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simple, precise positioning of
optical components
S-Lock – new PHYWE Safety
interlock
E lectrical and mechanical safety lock
Prevents door opening with switched
on X-radiation
 thus offers the highest possible
safety
 patend pending
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Goniometer (not pictured)
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S elf-calibrating
Collision protected
Easy, safe handling
MultiLINK
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High-resolution TFT backlit display
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iagonal 4,3“
d
480 x 272 Pixel
16 Bit, 6
5.536 colors
with LED lighting
Optimal, dynamic representation of
all important device parameters and
measured values
C onnection field internal and
external
USB 2.0, N2, BNC, XRED, Aux, etc.
No annoying „cable-laying“
In addition, extra-large cable
conduit
Safekeeping drawer
ll accessories are kept safely
A
and always ready at hand
 Lockable
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XR 4.0 expert unit –
Sets for all applications
The expansion of the basic set with the respective extension sets make the XR 4.0 a system which is universally usable. It
offers individually-adapted experimentation possibilities in all relevant fields. In this way, you have exactly the right device
which corresponds to your requirements. (Further accessories on request or at www.phywe.com)
Basic set
Core components
(incl. further Accessories)
XRE 4.0 expert set
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Art. No. 09110-88
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(Basic set)
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XR 4.0 expert unit (X-ray device);
Tungsten tube (W),
XR 4.0 software measure X-ray
optical bank
TESS expert manual
fluorescent screen
USB cable, mains cable + adaptor
Areas of application Application examples
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asics & applications of X-radiation
B
adiographic experiments
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Radiology
Extend the basic set with the respective extension set according to area of application
Extension sets (optional)
XRP 4.0 solid-state
physics
Art. No. 09120-88
Core components
(incl. further accessories)
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oniometer, GM counter tube,
G
LiF / KBr single crystal
absorption set
Areas of application Application examples
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XRC 4.0 characterization
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Art. No. 09130-88
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X-ray tubes (Cu, Fe, Mo)
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oniometer, GM counter tube,
G
LiF / KBr single crystal
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XRS 4.0 structure analysis
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Art. No. 09140-88
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XRM 4.0 material analysis
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Art. No. 09160-88
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(available from 2012)
XRI 4.0 radio photography
Art.-Nr. 09150-88
(available from 2012)
XRD 4.0 dosimetry and
radiation damage
Art. No. 09170-88
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XRCT 4.0 computer tomography
Art. No. 09180-88
(available from 2012)
XRW 4.0 wireless
demonstration
Art. No. 09115-88
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oniometer, GM counter tube,
G
LiF / KBr / NaCl single crystal
Crystal holder
powder samples
oniometer
G
X-ray energy detector
Multi-channel analyzer
Sample sets
Camera
adiographic object
R
Model loader
Implant model
arallel-plate capacitor
P
ower supply unit 600 V
P
DC current amplifier
Camera
Direct, digital X-ray image sensor
Rotation unit, vertical rotation
measure Tomography software package
igital display panel
D
Cobra4 Display-Connect
Transmitter and receiver, etc.
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iffractometry
D
X-ray spectroscopy
Bragg-reflection / Bremsspectrum
Characteristic lines
adiation spectrums of the anode
R
oseley law
M
Rydberg constant
Duane-Hunt law
Structure investigations
Laue patterns
Debye-Scherrer recordings
X-ray analysis
X-ray fluorescence spectroscopy
on-destructive testing (NDT)
N
Compton Effect
Energy-dispersive experiments
asics for the X-ray image provision
B
adiography
R
Radiology
Non-destructive testing (NDT)
osimetry
D
egradation
D
Damage
Ionization of air
-dimensional reconstruction
3
Sectional drawings in respective position
Direct, digital image provision
Demonstration experiments
(operation without computers)
Placard-style representation of the measured values and parameters
X-ray
XRE 4.0 expert set –
Details and technical specifications
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The XRE 4.0 expert Set includes:
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X R 4.0 expert unit
X R 4.0 tungsten tube
XR 4.0 software measure X-ray
TESS expert manual „X-ray experiments“
USB cable
Mains cable with adaptor
Optical bench
Quick Start Guide
Operation instruction
Fluorescent screen
Basic device XR 4.0 expert unit
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ux: Multi-pole socket (15-pole)
A
SB 2.0: Socket for the connection of digital cameras etc.
U
Max 600 V: 2 x 4 mm sockets
For example, for the charge of the capacitor plates (09057-05) for
dosimetry experiments
GM tube: BNC socket for the Geiger-Mueller counter tube, Type B
(09005-00)
Motor: Socket for the connection of a motor, for example filter wheel
Goniometer: Connection socket for the goniometer (09057-10)
N2: For the introduction of protective gas, and for the connection with
a vacuum pump
Operating temperature range 5°C... 40°C, typical 25°C
Rel. humidity < 70%
Connections to the device
Microprocessor-based, basic device with a central safety monitoring,
as well as 2 independent monitoring circuits, S-Lock (patent pending)
4 Different X-ray tubes visible in operation (Fe, Cu, Mo, W) can be used
Lead-reinforced, acrylic panes for shielding X-radiation, unbreakable
Integrated display for the representation of measured values and
device parameters
TFT graphics display 480x272 color pixels, diagonal 4,3“
65,536 colors with backlit LED lighting
Interface Display Connect for a large display
Experimentation space accessible with operation over operating channel
Built-in LED array for the interior compartment lighting
Connection field for easy cabling
Loudspeaker with the Geiger-Mueller counter tube
Lockable drawer
High voltage 0.0...35.0 kV, emission current 0.0 ... 1.0 mA
Rate measurement unit (counter tube voltage): 100 ... 600 V
Count time: 0.5...100 s
Exposure time: 0...100 minutes
Housing W x H x D (mm): 682 x 620 x 450
Experimentation space W x H x D (mm): 440 x 345 x 354
Supply voltage: 110/240 V, 50/60 Hz
Power consumption: 200 VA
Weight: 55 kg
Computer controlled via USB 2.0
XR 4.0
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C: for the control computer via measure (USB 2.0 socket)
P
Service: PC for the update of the device setting adjustments and for the
diagnostics (only for authorized skilled personnel)
Display: For the connection of the RF adapter Display Connect (12623-88).
It serves for the representation of current measured values and device
parameters over the large display (07157-93).
USB 2.0: Socket for the connection of digital cameras etc.
N2: For the introduction of protective gas, and for the connection with
a vacuum pump
X RED: For connection of the X-ray energy detector (09058-30)
with the multi-channel analyzer (13727-99)
Goniometer:
o
o
o
o
o
Angle step: 0,1...10°
Speed: 0,5...100,0 s/step
Samples pivot range: 0...360°
Counter tube pivot range: -30°...+170°
PC control over SubD socket
Certifications, permits and legal stipulations
EMC Directive 2004/108/EG /
Electromagnetic Compatibility 2004/108/EG
DIN EN 61326-1: 2006-10
Radiated interference: Class A (Emmission: Class A)
Reg TP 322 TE 01: 1998-01
Technical recommendation for usage of EMC
(electromagnetic compatibility) laws for teaching aids
Low-voltage Directive 2006/95/EC
DIN EN 61010 -1: 2010
Dynamic testing of the strength of the cover (especially the panes)
DIN EN 61010 -1: 2010 § 8
Patent pending 10 2011 053 540.3
Design patent 001809237-0001, HABM
Utility patent DE 20 2011 000 396.5 IPC H05G 1/02
PHYWE is certified to DIN EN ISO 9001:2008
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X-ray
First-class PHYWE service –
worldwide consultation, ordering and information
XR 4.0
Headquarters, R&D, Production
Goettingen - Germany
Are you looking for a local, certified PHYWE XR 4.0 partner?
Please call our marketing team in your region.
GERMANY
AMERICAS
EASTERN EUROPE
P. +49 (0) 551 604-0
F. +49 (0) 551 604-107
info@phywe.de
P. +49 (0) 551 604-119
F. +49 (0) 551 604-115
america@phywe.com
P. +49 (0) 551 604-137
F. +49 (0) 551 604-115
oe@phywe.com
AFRICA
MIDDLE EAST
P. +49 (0) 551 604-323
F. +49 (0) 551 604-328
africa@phywe.com
P. +49 (0) 551 604-222
F. +49 (0) 551 604-115
nmo@phywe.com
EUROPE
ASIA-PACIFIC
P. +49 (0) 551 604-231
F. +49 (0) 551 604-115
we@phywe.com
P. +49 (0) 551 604-245
F. +49 (0) 551 604-115
asia@phywe.com
© 2011 – Copyright by PHYWE Systeme GmbH & Co. KG. Subject to change without notice. Errors and omissions excepted.
www.phywe.com
Your certified
PHYWE XR 4.0 partner:
00259-02
PHYWE Systeme GmbH & Co. KG
Robert-Bosch-Breite 10
37079 Goettingen/Germany
P. +49 (0) 551 604 - 0
F. +49 (0) 551 604 - 107
info@phywe.com
www.phywe.com
Product information
X-ray
XR 4.0
XRCT 4.0 Computed Tomography
Professional CT for education
Discover the fundamental principles of computed tomography (CT) with the aid of a state of
the artsystem whose technology is currently
used in medical and industrial applications.
The interfaces of this method towards medicine,
materials science, and engineering make the
“Computed Tomography Set” particularly suitable
for laboratory experiments and lectures in physics,
medicine, and materials science. The set covers
the following experiments and topics:
X-ray imaging of biological and technical
samples
Non-destructive testing (NDT)
Digital image processing for the generation of
three-dimensional images of an object
Applied Sciences
Features
Direct digital imaging:
■ Performance of experiments
under daylight conditions
■ Short exposure time – a
360° scan can be completed
in approx. 10 minutes
■ High resolution – even tiny
details become visible
Intuitive Software
Z-axis sample rotation (XRStage)
– no gravitational effect
Image sensor (XRIS) – for CT and
radiography
www.phywe.com
Product information
Experiment topics
Fundamental principles
The detailed and target-group-specific experiment descriptions
and instructions cover the following topics, among others:
reconstruction of 3D images from two-dimensional images,
effects of filters, cause of artefacts, and limits of the method.
Developed in
co-operation with:
Materials science/engineering
Computed tomography is widely used in engineering and
materials science applications, in particular in the field of
non-destructive testing (NDT).
→
CT Scan
CT of a flash drive
→
X-ray image
© 01/2012 - Copyright by PHYWE Systeme GmbH & Co. KG. Subject to alteration, errors and omissions excepted.
Medicine
In order to prepare students of medicine optimally for their
professional practice, standard samples with different core
themes are offered. E.g. use of the Hounsfield scale, diagnostics
with the aid of computed tomography is supported.
→
Rekonstruction
3D image
Products
XRCT 4.0 Computed Tomography (upgrade set)
Areas of application: three-dimensional reconstruction, sectional images in various positions, direct digital imaging
Core components:
XR 4.0 X-ray direct digital image sensor (XRIS)
Active area: 5 x 5 cm2, resolution: 48 µm, image depth: 12 bits, USB 2.0 interface,
1024 x 1024 pixel, 4 frames/sec
XR 4.0 X-ray CT Z-rotation unit (XRstage)
Angular resolution: 0.5 degree, motorised, USB 2.0 interface, stepper motor with 4200 steps/360°
TESS expert manual XRCT 4.0
Detailed experiments concerning the following topics: fundamental principles of CT, medicine, and materials science
XRCT 4.0 computed tomography upgrade set
09180-88
XRE 4.0 X-ray expert basic set
09110-88
PHYWE Systeme GmbH & Co. KG
Robert-Bosch-Breite 10
D-37079 Göttingen
T. +49 (0) 551 604 - 0
F. +49 (0) 551 604 - 107
info@phywe.com
www.phywe.com
00267-02
incl. XR 4.0 measure CT software
Compact MRT –
made for better education
PHYWE’s latest product –
innovative, unique, and ideal for teaching purposes
Nuclear Spins
Relaxation Times
Spatial Encoding
Magnetic Resonance Tomography (MRT)
In 2003, the Nobel Prize was awarded for the development of
magnetic resonance tomography –
in 2012, PHYWE turns this technology into a fascinating
learning experience!
In 1973, P.C. Lauterbur and Sir P. Mansfield
developed the nuclear magnetic resonance
technology further and turned it into a
medical diagnosis tool. In the 21st century,
magnetic resonance imaging is one of the
most important medical diagnosis methods.
Fascinating magnetic resonance technology
There is already a very high number of studies in the
field of magnetic resonance and this number is growing drastically day by day.
Although this technology increasingly establishes itself
and is highly successful, there is one aspect of it that
has been largely neglected in the past. This is the
aspect of education and training!
In 2003, Lauterbur and
Mansfield were awarded
the Nobel Prize in
Medicine for their
development.
19th century
J. J. Larmor (1857-1942)
The angular frequency is
proportional to the strength
of the magnetic field
How can a comparably complex and sophisticated
technology as nuclear magnetic resonance actually be
conveyed in a valuable didactic manner?
Fascinating magnetic resonance tomography –
application in the field of education
PHYWE’s Compact MRT is a world first – specifically
adapted to practical courses and lectures. In terms
of its major aspects, the entire technology can be
compared to that of large MRI scanners.
All of the parameters and methods that are important for the MR technology are introduced and
applied in a didactically valuable learning environment. This is the only way to provide students at
schools and universities as well as apprentices and
trainees with a thorough understanding of magnetic resonance tomography that will benefit them
throughout their lives.
Apart from the professional, modern, and unique
technology, the Compact MRT is especially compelling
regarding its high level of safety, innovative software solution, intuitive user guidance, and perfectly
adapted range of accessories.
Qualität made in Germany!
The magnetic resonance technology can be used
in a versatile and universal manner in the field of
education.
1952
F. Bloch (1905-1983)
E. M. Purcell (1912-1997)
Discovery of nuclear spin
resonance, a method for
measuring magnetic fields
in atomic nuclei
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Compact MRT –
details at a glance
The new and unique Compact MRT by PHYWE is more
than just a device. It is a fascinating experience!
Extensive set of samples
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several example samples in a
sample case
oil and water samples to imitate fat
and cerebrospinal fluid
empty test tube for the analysis of
own samples
MRT magnet unit
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owerful magnet with a field strength
p
of 500 mT
high field homogeneity < 100 ppm
enables resolutions ~ 0.25 mm
high level of shielding (at a
distance > 1 m, hardly any magnetic
field can be measured)
lightweight ~17.5 kg
compact design 27 cm x 25 cm x 14 cm
sturdy transport handles
Clear connection
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1991
R. R. Ernst (1933-)
High-resolution 2D NMR
spectroscopy, a method for
the analysis of molecular
structures
easy to connect and immediately ready
for use (BNC, RJ45, USB 2.0)
all cables included
optional sound box between the MRT
magnet unit and MRT control unit for
realistic MR sounds
MRT control unit
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clear, central control unit
connector for the MRT magnet unit
(BNC, RJ45)
power supply in the standard range
(12 V DC, 2 A)
USB connection to the measurement
computer
lightweight ~2.3 kg
compact design 27 cm x 9.5 cm x 14 cm
status LED
measure MRT
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software package for measurements
and evaluations
easy to install
clear structure
selection of lessons and courses
real-time parameter check
export into all standard file formats
(DICOM, JPEG, CSV, TXT)
high-resolution 2D and 3D
tomography
well-structured help functions
Transport case
trolley case for excellent mobility
and safe transport (lockable)
 board case for safe transport in
planes
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Here at PHYWE, our products must meet the
highest requirements and the Compact MRT
is no exception.
2003
P. C. Lauterbur (1929-2007)
Sir P. Mansfield (1933-)
Further development of the
nuclear magnetic resonance
(NMR) principle into a medical
diagnosis technique (MRT)
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Fascinating magnetic resonance tomography –
a convincing system solution
PHYWE is a globally leading supplier of integrated
package solutions for science- and technologyfocussed education at schools, universities, and
institutes. Not just the individual product or
experiment, but rather the customised adaptation
of the entire offer to specific curricula and degree
programmes provide the user with added value and
additional benefits.
A
C
PHYWE Compact MRT
500 mT magnetic field strength
 technology comparable to that of large MRI
scanners
 possible resolution ~ 0.25 mm
 compact, easy to transport
 easy to connect and immediately ready for use
 easy exchange of samples, also during the
measurements
 real-time check of all of the relevant parameters
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Reference experiments
TESS expert handbook
 clearly structured experiment descriptions with
colour photos
 detailed theoretical background on a high level
 evaluation examples with reference measurements and didactic transfer
The Compact MRT by PHYWE follows this philosophy.
The hardware (A) combined with the “measure MRT”
software package (B) for the external control and
measurement data acquisition, handbooks (C) with
an extensive collection of reference experiments
and a precise theoretical background as well as a
comprehensive range of accessories (D) with a Quick
Start Guide, software manual, and operating instructions are all a part of the basic equipment.
B
+
D
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measure MRT software package
asy to install
e
easy to use, clearly structured into several
partial areas
 free arrangement of the partial areas
 selection of courses
 real-time check of all of the relevant parameters
 export of the results in the DICOM, JPEG,
CSV, or TXT format
 various integrated analysis tools
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Accessories
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NC, RJ45, USB cables, sound box, Quick Start
B
Guide, software manual, operating instructions, sample set, transport case
Compact MRT –
details and technical data
The scope of supply of the Compact MRT (09500-99) includes:
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RT magnet unit
M
RT control unit
M
measure MRT software package
sound box
trolley case
board case
sample set
BNC cable, 2x RJ45 cable (gradient, gradient for the sound box)
USB-AB connecting cable
mains power supply cable (100-240 VAC, 50/60 Hz, 2A)
Quick Start Guide
TESS expert experiments
TESS expert handbook
software manual (German: 01233-01,
operating instructions
English: 01233-02)
}
Sample set
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00 mT field strength
5
field strength homogeneity < 100 ppm
shielding of the magnetic field:
distance ~ 100 cm: magnetic field strength < 0.2 mT
distance ~ 50 cm: magnetic field strength < 0.3 mT
general: the stray field is the strongest directly above the magnet
sample diameter 10 mm
connection of the imaging unit (gradient) via RJ45
connection of the transmitter/receiver unit via BNC
dimensions (length x width x height): 27 cm x 25 cm x 14 cm
weight: 17.5 kg
MRT control unit
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connection of the imaging unit (gradient) via RJ45
connection of the transmitter/receiver unit via BNC
power supply 12 V DC, 2 A
power supply unit (external) 100-240 V AC, 50/60 Hz, 2 A
USB-B connection to the measurement computer
status LED
dimensions (length x width x height): 27 cm x 9.5 cm x 14 cm
weight: 2.3 kg
measure MRT software package
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control of the control and magnet unit
in German and English
licensed by PHYWE, free updates available at www.phywe.com
available on DVD or other data carriers
free configuration of the user interface
various setting options
real-time check of all of the relevant MR parameters
various integrated analysis tools
export as DICOM, JPEG, CSV, or TXT files
loading of data sets
System requirements
Windows XP (32/64 bit), Windows Vista (32/64 bit),
Windows 7 (32/64 bit), processor as of Intel Atom 1.6 GHz,
1 GB of free RAM or more, 256 MG graphics or more, compatible with
DirectX 9.0, USB 2.0
structure sample, 10 mm test tube
in a plastic case with a special foam inlay that is specifically adapted to
the samples
the empty test tube can be used to analyse any types of samples with a
diameter < 10 mm
weight: ~ 300 g
dimensions (length x width x height): 19 cm x 14.5 cm x 4 cm
optional 3D sample with PHYWE signature
Trolley case
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MRT magnet unit
including 10 mm oil, 5 mm oil, 10 mm water, 5 mm water, 10 mm
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sturdy transport case with foam inlays and castors
robust telescopic handles
lockable
weight: ~ 11 kg
dimensions (length x width x height): 64 cm x 36 cm x 29 cm
Board case
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consisting of 2 boxes (internal steel box, external flight box)
internal steel box: lockable, weight ~ 16 kg, dimensions
(length x width x height) 64 cm x 36 cm x 29 cm
external flight box: lockable, with lifting slots for forklift trucks,
weight ~ 37 kg, dimensions (length x width x height)
91 cm x 43 cm x 56 cm
packaging in accordance with IATA 902 and Packing Instructions 953
(Dangerous Goods Panel “DGP”, version 2008)
Cables
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x 50 cm, 50 ohm BNC cable
1
x 50 cm RJ45 cable
2
1 x 180 cm USB-AB connecting cable
100-240 V AC cable
Certifications, approvals, legal regulations
EMC Directive 2004/108/EC (electromagnetic compatibility)
Compliance with the following product standards:
DIN EN 61000-6-1; VDE 0839-6-1:2007-10
DIN EN 55011; VDE 0875-11:2011-04:2011-04
DIN EN 61000-4-2; VDE 0847-4-2:2001-12:2001-12
DIN EN 61000-4-3: VDE 0847-4-3:2008-06:2008-06
DIN EN 61000-4-5: VDE 0847-4-5:2007-06:2007-06
DIN EN 61000-4-6; VDE 0847-4-6:2008-04:2008-04
DIN EN 61000-4-11; VDE 0847-4-11:2005-02:2005-02
Low Voltage Directive 2006/95/EC
Compliance with the following product standards:
DIN EN 60950-1; VDE 0805-1:2011-01:2011-01
PHYWE is certified in accordance with DIN EN ISO 9001:2008
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Global network –
Your partner is never far away!
EASTERN EUROPE
EUROPE
MIDDLE EAST
ASIA-PACIFIC
AFRICA
AMERICAS
www.phywe.com
Our worldwide presence enables us to offer you customised local
solutions. More than 145,000 customers in over 95 countries
appreciate our experience and reliability, our high technical
standards, and the ease and clarity with which our innovative
products can be operated.
Are you looking for a partner near your location?
Please do not hesitate to call us. We would be pleased to
assign you a personal contact.
HEADQUARTERS/PRODUCTION
PHYWE Systeme GmbH & Co. KG
Robert-Bosch-Breite 10
D-37079 Göttingen
Germany
P. +49 (0) 551 604-0
F. +49 (0) 551 604-107
info@phywe.com
EASTERN EUROPE
P. +49 (0) 551 604-233
F. +49 (0) 551 604-115
oe@phywe.com
AFRICA
P. +49 (0) 551 604-323
F. +49 (0) 551 604-115
africa@phywe.com
MIDDLE EAST
P. +49 (0) 551 604-222
F. +49 (0) 551 604-115
nmo@phywe.com
WESTERN EUROPE
P. +49 (0) 551 604-254
F. +49 (0) 551 604-115
we@phywe.com
ASIA-PACIFIC
P. +49 (0) 551 604-245
F. +49 (0) 551 604-115
asia@phywe.com
Your PHYWE partner:
00275-02
AMERICAS
P. +49 (0) 551 604-119
F. +49 (0) 551 604-115
america@phywe.com
© PHYWE Systeme GmbH & Cp. KG. Errors and omissions excepted. Subject to changes in prices and technical modifications. Please refer to our general terms and conditions.
HEADQUARTERS/PRODUCTION
GÖTTINGEN, GERMANY
PHYWE Systeme GmbH & Co. KG
Robert-Bosch-Breite 10
37079 Göttingen/Germany
P. +49 (0) 551 604 - 0
F. +49 (0) 551 604 - 115
info@phywe.com
www.phywe.com