3D X-ray Computed tomography service
For those interested in non-destructive analysis of their parts without owning a CT system, we offer a cost-effective solution. Gain deep insights into internal structures of your sample through our micro and nano CT technology.
X-ray computed tomography (CT) is the best option for research and industrial quality control, catering to both R&D and quality assessment. Without damaging or altering your sample, we are able to examine intricate components and details that may not be visible through traditional methods. We’re here to make CT analysis a reality for your advancement.
Advantages of our Expertise
Quality
precise technology
ISO 9001 certified company
Know-how
experienced team
analysis according to industrial standards
Flexibility
variety of CT scanners
customer-oriented solution
Our services
Industries
X-ray CT can be beneficial across a variety of industries supporting the development, quality, and reliability of your parts.
Automotive
Electronics
Battery manufactur.
Composite materials
Pharmacy
And many more…
Our Possibilities
50 kg maximum weight of the sample
dimensions up to 500 mm × 800 mm
possible resolution 0.3 µm with Field of view min 0.7 mm x 0.9 mm
4 Steps are all it takes:
Consult
Contact our experts via e-mail or phone to discuss your application and needs, and we’ll design the best solution for your requirements.
Send
Once the plan is designed, simply send us the part(s).
Scan
After delivery, we will measure your part(s) and perform analysis according to your needs.
Results
We’ll return the part(s) and provide a complete analysis, images, and tables.
Contact us
See our other products
Choose your industrial nano and micro-CT accessories from our diverse offer!
SaguaroX
Wireless micro & nano CT sample manipulation stages.
CT Phantoms
Nano & micro CT calibration, resolution estimation (ASTM E1695-95) and more.
Other accessories
CT hedgehogs, magnetic adapters, rod holders, and rigid bases.
CT principle
Industrial CT captures a series of X-ray images from different angles while the sample rotates around its axis. Subsequently using advanced reconstruction algorithms, it is possible to compute detailed cross-sectional slices. These slices together create a 3D digital volume.
