Phoenix Nanotom M
180 kV / 20 W X-ray nanoCT® system
for high-resolution analysis and 3D metrology

Phoenix Nanotom M- versatile 3D CT system
High-resolution computed tomography (CT)has become a powerful inspection tool for a wide range
of industrial and scientific inspection and metrology applications such as non-destructive
structure and failure analysis as well as for quality assurance or production control.
With its 180 kV/20 W ultra high performance nanofocus X-ray tube, precision mechanics andadvanced software modules, the Phoenix Nanotom M is the inspection solution for a wide rangeof 3D CT applications. Once scanned, the fully three dimensional CT information allows many
possibilities for analysis, e.g. non-destructive visualization of slices, arbitrary sectional views,
or automatic pore analysis. Since the whole geometry of the object is scanned, precise andreproducible 3D measurements of complex objects and even the automatic generation of firstarticle inspection reports within an hour are possible.

NanoCT foam structure analysis
of highly porous volcanic pumice rocknanoCT®
– close to synchrotron CT
With its special design, the Nanotom M provides focal spot

What makes the difference between

sizes in the submicron range. Smaller focal spots ensure very

micro- and nanofocus tubes?

little geometric unsharpness and therefore improved image

sourceresolution. And due to its high dynamic range detector thesystem offers long-term stability and optimized image quality.

objectIn pursuit of potential high-resolution images with ease of use

detectorin an economy environment, nanoCT can compete in many
application fields with limited availabe synchrotron facililties,
e.g.:

microfocus system

nanofocus system

Although the focal spot of microfocus tubes• Materials science

is as small as a few microns, it is still large

enough to cause a half shadow, known as the• Micro-engineering

penumbra effect.

• Electronics

be avoided by using nanofocus technology.

• Life sciences• Geosciences and much more

This results in a residual unsharpness and canNanofocus provides focal spots well below

one micron while maintaining the highest
intensity needed.

3D volume slice of an AlMg5Si7 alloy (Ø 350 µm):
Fe-aluminides and Mg2Siphases.
100 µm

3D metrology
with high-resolution CT
Especially if complex parts with hidden or difficult accessible surfaces have to bemeasured, CT offers big advantages in comparison with coventional tactile or
optical coordinate measuring machines (CMMs).

With its optimized 3D measurement package, the Phoenix Nanotom M includes all
essential features for CT with extremely high accuracy and reproducibility:• Temperature stabilized cabinet• High accuracy direct measuring system• Vibration insulation of the manipulator• Temperature stabilized DXR detector for brilliant image quality• 2 calibration objects• Phoenix Datos|x software “Click & measure|CT”

Phoenix Datos|x
advanced CT software

Fully automated data acquisition and volume processing

With Datos|x, the entire CT process chain can be fully automated. This minimizes operator time andinfluence, while highly increasing the repeatability and reproducibility of CT results.
Once the appropriate setup is programmed, the whole scan and reconstruction process incl. volume
optimization features (e.g. automatic beam hardening correction) or surface extraction can be fullyautomated. Furthermore, 3D failure analysis or metrology tasks like generation of first article inspection
reports can be executed automatically.

Precise, reliable and fast CT results
By using Phoenix Datos|x CT software, 3D metrology
and failure analysis with Phoenix CT systems
becomes as fast and easy as never before:• Click & measure|CT: Fully automated dataacquisition and volume processing – insert
sample, start CT scan, check results• Reproducible high precision 3D metrology andfailure analysis tasks performed with a minimumof operator training• Significant reduction of required operator time byfactor of up to 5
• Wide spectrum of modules for ease of use andaccurate CT results• Accelerated sample throughput due to batch
CT scans and up to 9 times faster volume
reconstruction

Phoenix
Nanotom M- Your Advantages• Extremely high image quality due to unique temperature stabilized DXR detector(3,072 x 2,400 pixels) with a high dynamic range > 10,000 : 1• New open 180 kV / 20 W high-power nanofocus X-ray tube with down to 200 nm detail detectability,
optimized for long-term stability• High spatial and contrast resolution on a wide sample range - from small material to medium sized
plastic samples covering 3 orders of magnitude (0.25 mm to 250 mm sample size)• Optimized 3D measurement package for stable acquisition conditions, fast reconstruction within minutes andreproducible measurement results• Max. sample size 240 mm Ø x 250 mm in height and 3 kg (6.6 lbs.) in weight• Down to 300 nm minimum voxel size
• Diamond|window for extremely high focal spot stability and up to 2 times faster data acquisition at thesame high image quality level• Optimized ease of use due to system design and advanced Phoenix Datos|x CT software
New tube design optimized for long-term stability

General specifications
Phoenix Nanotom M
X-ray tube type

Proprietary open high-power nanofocus X-ray tube, optimized for long-term stability
Internal X-ray tube coolingMax. voltage / power
Target180 kV / 20 W
Tungsten on CVD diamond for up to 2 times
faster data acquisition at the same high image quality level
Transmission target type, rotatable for multiple use(other target materials, e.g. molybdenum on request)

Filament
Geom. magnification (3D)

Tungsten hairpin, pre-adjusted plug-in cartridges for fast and easy exchange
1.4 x - 300 x

Detail detectability

Down to 200 nm (0.2 microns)

Min. voxel size

Down to 300 nm (0.3 microns)

Detector type

Temperature-stabilized high dynamic DXR, 14 bit , 1.5 x detector enlargement(max. 4,600 pixel detector width)

PixelsPixel size
Manipulation
Variable focus detector distanceMax. sample diameter

3,072 x 2,400
100 µmGranite based 5-axes manipulator with vibration insulation, precision rotation table on air bearings
from 200 mm to 600 mm< 1 mm to 240 mm

Max. sample height / weight

250 mm / 3 kg (6.6 lbs.)

Sample travel length Y / Z

250 mm / 400 mm

Rotation
System dimensions
System weight
Optional 3D measurement package
Software
CT reconstruction

0° - 360° x n
1,980 mm x 1,600 mm x 925 mm (78” x 63” x 36.4”)
Appr. 1,900 kg / 4,190 lbs.
Temperature stabilized cabinet, high accuracy direct measuring system,
Calibration|object, Datos|x module packages “metrology” and “Click & measure|CT”
Phoenix Datos|x 3D computed tomography acquisition and reconstruction software. Different 3Devaluation software packages for 3D metrology, failure or structure analysis on request.
Phoenix Datos Velo|CT high-speed

Basic Datos|x modules

Auto|ROI, Sector|scan, Fast|scan, Multi|scan, Multi|volume reconstruction,
AGC|module - automatic geometry calibration,
BHC+|module - automatic beam hardening correction, RAR|module - ring artefact reduction,

Optional modules

Datos|x module package 3D “measurement”, Datos|x module package “Click & measure|CT”

Optional advanced sample
manipulation

Manual XY highly accurate positioning table, tensile & compression testing stage system,
coolstage specimen cooling unit
Motorized XY-table with two linear axes

Radiation protection

Radiation safety cabinet for full protective installation without type approval according toGerman StrSchG/StrSchV. It complies with French NFC 74 100 and the US Performance Standard
21 CFR Subchapter J. For system operation, other official licenses may be necessaryBy making the invisible
visible, we ensure safety,quality and productivity.
Our innovative Phoenix CT solutions are designed to increase throughputs
without compromising quality. From producing higher resolution scansat higher speeds with our precision line, to bringing inspection to theproduction floor with our production line, we are committed to helping
your research and operation become more efficient than ever before.

3D nanoCT® evaluation of artificial bone(ceramics matrix with aluminium coating)WaygateTechnologies

Niels-Bohr-Str. 731515 Wunstorf
Germany
Tel.: +49 5031 172 100
Fax: +49 5031 172 299
E-mail: phoenix-info@bakerhughes.com

Waygate Technologies USA, LP
11988 Tramway Dr
Cincinnati, OH 45241
USATel.: 1 844 991 0474

For more detailed information or to request a demo, please visit our website or contact us.

Copyright 2021 Baker Hughes Company. All rights reserved.
BHCS38584		

(05/2021)

waygate-tech.com