EasyTom XL

     EasyTom XL Micro 

EasyTom XL Micro Benefits

• Scan heavy samples (up to 100kg)

• Multiple micro-focus tube configurations up to 230 kV: Possibility of choosing the most suitable X-Ray source for your samples and applications

• Highest Resolution 3D CT:4 µm

• Achieve high resolution scans within the shortest time (6s): reduces the time to market and enhances the quality of your components 

• Automated scanning reconstruction and inspection workflow

• Innovative design that minimizes system downtime and required maintenance.

     EasyTom XL Ultra 

       EasyTom XL Ultra Benefits 

• The only step-in cabinet allowing a combination of high power and high resolution X-Ray sources: nano-focus160 kV & micro-focus 230 kV

• Highest Resolution 3D CT: 0.35 µm

• High precision granite table that guarantees stiffness, stability and positioning using high precision linear encoders

• Ideal for in-situ CT experiments

• Innovative design that minimizes system downtime and required maintenance.

X-Act CT Acquisition

• CT Acquisition Modes: conventional, helical, stack, laminography, continuous or step by step  rotation 

• Semi-automated wizard mode for non experts, Learning/Macros mode for automated workflow 

• 3D measurements, video sequence acquisition, radiography filter enhancement

• Automatic black and gain calibration & sample repositioning

X-Act CT Reconstruction

• Real time artefact correction: focal spot drift, bad pixel, beam hardening, phase contrast

• Geometry compensation: automatic or guided correction of the rotation  center

• Easy and intuitive 3D optimization of the  reconstruction volume using test slices

• Preliminary reconstruction of a running acquisition

X-Act​ CTArt : Advanced Artefact Corrections

Phase Contrast Removal

High resolution in X-Ray µCT generally means the occurrence of small angle scattering also known as phase contrast artefacts, especially with low absorbing materials. Phase signal contributions are no longer negligible regarding the X-Ray absorption, resulting in a new contrast phenomena that offers edges enhancements, but a lower absorption contrast between phases.

Beam Hardening Correction

This correction allows you remove beam artefacts from your component without having a proper spectrum estimation. It's a user-guided algorithm offering a simple way to compute the estimated absorption photons curve and correct the image deviation.

Ring Artefact Removal

Ring artefacts result from a non-linear response of the detector which generates circular artefacts centered on the rotation axis. This correction works directly on the projections and preserves the image features/resolution.