The 160-Micro-CL (Computed Laminography) is a high-resolution CT suitable for scanning lamellar fossils. Its maximum voltage can up to 160 kV, the maximum current can up to 1.0 mA, and the highest spatial resolution is 10 µm. It can achieve a fine scan of the internal structure and microscopic histological structures of lamellar fossil materials.

The 450 kV industry-computerized tomography can perform CT tomography on larger fossil specimens with a diameter of less than 35 cm, such as rhino skulls, large dinosaur fossil skulls, ancient human skulls, etc. The maximum effective scanning diameter is 800 mm, the effective scanning height is 1000 mm, and the rays can penetrate up to 60 mm of Fe.

The 225kV micro-computerized tomography can perform high-precision CT tomography on fossil specimens with a diameter of less than 10 cm. The effective scanning range has a diameter of 100 mm and an effective scanning height of 100 mm. The rays can penetrate up to 35 mm of Fe, and the spatial resolution can up to 5 μm.

The GE v|tome|x m300&180 micro-computed-tomography scanner can achieve visualization imaging of the ultrastructure of fossils, obtaining more and more comprehensive biological information that cannot be revealed by traditional morphological studies.

The SNCT - 800 Specral Micro - CT can obtain the internal structural composition information of the scanned fossils by using spectral imaging technology. It has the highest voltage of 160 kV X - ray source, the highest spatial resolution of 0.8 μm and two adjustable energy thresholds.