«If you can not measure it, you can not improve it»

(Lord Kelvin 1824 -1907)

Material analytics way beyond the laboratory scale

Technology transfer center   for Advanced Manufacturing

Breaking News
«If you can not measure it, you can not improve it»

(Lord Kelvin 1824 -1907)

The large-scale research facilities for our applied material analytics with neutron and synchrotron radiation

Anaxam location
Synchrotron Light Source
X-Overview
MS Beamline
X-MS-Beamline
On the MS Beamline
TOMCAT Beamline
X-TOMCAT-Beamline
On the TOMCAT Beamline
Inside the Synchrontron Light Source
Neutron Source
N_Overview
NEUTRA beamline
N-NEUTRA-Beamline
At the NEUTRA beamline
ICON beamline
N-ICON-Beamline
At the ICON beamline
Inside the Neutron Source
Headquarter
Anaxam headquarters
Office
ANAXAM HQ Office
At the headquarters
Laboratory
HQ Laboratory
In the Laboratory
Our Headquarters

Tap the pins to explore

To all our analytical expertise

Our analytical tools for your questions

TB_Overview_EN_2000px
TB_Imaging_EN_2000px

Imaging

Wrench
Material distribution analysis in 3D
Wrench
Defect and porosity analysis in 3D
Wrench
Wall thickness analysis in 3D
Wrench
Nominal/actual comparison analysis in 3D
Wrench
Reverse Engineering
Imaging
TB_Diffraction_EN_2000px

Diffraction

Wrench
Atomic phase and structural characterization
Wrench
Residual stress analysis
Diffraction
TB_Scattering_EN_2000px

Scattering

Wrench
Size distribution analysis
Wrench
Shape distribution analysis
Wrench
Orientation analysis
Scattering
TB_Spectroscopy_EN_2000px

Spectroscopy

Wrench
Chemical imaging analysis
Wrench
Chemical characterization
Spectroscopy
TB_Infrastructure_EN_2000px

Tailor-made Infrastructure

Mechanical
Climatic
Electrical & magnetic
During manufacturing
Automation
Tailor-made Infrastructure
TB_Sample_Preparation_EN_2000px

Sample preparation and pre- /post- characterization

Wrench
Variety of cutting machines
Wrench
Variety of polishing equipment
Wrench
Electron Microscopes
Wrench
Atomic Force Microscopes
Wrench
Light and Scanning Laser Microscopes
Sample preparation and pre- /post- characterization

Move your mouse over the drawers to explore our tools for applied material analytics.

Click the drawers to learn more

Tap the drawers to learn more

To all our analytical expertise

The reasons to work with ANAXAM

You benefit from:

  • Our cutting-edge analytics that go way beyond what is available on a laboratory scale
  • Our one-stop-shop mentality
  • Our industrial and scientific know-how and experiences in various fields of application
  • Our highly advanced analytical techniques in the fields of Imaging, Diffraction, Small-Angle Scattering and Spectroscopy, based on the large-scale facilities at the Paul Scherrer Institute (PSI) 
  • Our tailor-made infrastructure that enables us to reproduce the customer's reality for analytical services 
  • Our unique platform for exchange of knowledge and know-how between industry and top-level research

We push the boundaries of analytics

Wir durchbrechen die Grenze der Analytik

In terms of:

  • spatial resolution
  • real-time investigations
  • contrast modality
  • sample throughput

The way we work with you

Your
challenge

>
>

Competent
consulting

>
>

Applied material analytics with Neutron and Synchrotron radiation &
tailor-made infrastructure

>
>

Data analysis and interpretation

>
>

Final
report

>
>

Our analytics for various fields of application

Products

Research & Development
Prototype
Return part analysis
Quality assurance
Design optimization
Life cycle evaluation
More

Branches

Aerospace
Automotive
Energy & Environment
Metal industry
Electronics
Mechanical engineering
More

Materials

Raw material
Metallic material
Ceramic material
Composite material
Powder material
Polymer material
More

Processes

Welding
Glueing
Coating
Hardening
Punching
Lubricating
More

Our analytics support your complete product life cycle

Material

  • Alloys
  • Bio-materials
  • Ceramics
  • Coating materials
  • Construction materials
  • Composite materials
  • Energy materials
  • Functional materials
  • Hierarchic composite materials
  • Metallic materials
  • Polymers 
  • Powder materials
  • Raw materials
  • ...

Process & Product Development

  • Concept phase
  • Pilot production
  • Process development
  • Product design
  • Production ramp-up
  • Prototypes
  • ...

Product in Market

  • Life cycles evaluation
  • Process optimization
  • Product optimization
  • Quality analysis
  • Return part analysis
  • ...

Examples

3D printing
Powder materials
Powder Materials
Process development
3D Printing
Product optimization
Design Optimization
E-mobility
Raw materials
Raw materials lithium
Prototypes
R&D battery development
Life cycles evaluation
Return part analysis E-motor
Aerospace
Composite materials
Composite material
Product design
Coating
Quality analysis
Quality assurance Pyrotechnical products
Medical technology
Ceramics
Ceramic materials
Pilot production
Coating
Return part analysis
Return

Any question? Feel free to contact us