X-ray Micro-CT systems

Advanced Micro‑CT engineered for Insight

Speed, clarity, and adaptability - designed for researchers pushing boundaries in materials, life sciences, and beyond. Tescan’s micro‑CT solutions deliver fast, non‑destructive 3D and real‑time 4D imaging, from sub‑micron resolution with UniTOM HR to high throughput and scale flexibility with UniTOM XL. Coupled with innovations like Spectral CT for 3D chemical mapping and our dynamic tools for in‑situ experiments, our systems empower you to visualize structure, composition, and processes.

Tescan UniTOM HR - Micro-computed tomography (microCT)

Tescan UniTOM HR - Micro-computed tomography (microCT)

High-resolution micro-CT for sub-micron imaging and dynamic 4D in-situ material testing.

UniTOM HR combines sub-600 nm spatial resolution with high-speed time-resolved 3D imaging in a single instrument. Built for advanced R&D, it enables visualization of structural evolution under load, temperature, or environmental conditions in real time, across a range of sample sizes.

Tescan UniTom XL - Micro-computed tomography (microCT)

Tescan UniTom XL - Micro-computed tomography (microCT)

Large-volume, high-throughput micro-CT system for static and dynamic 3D imaging across full-size components.

UniTOM XL offers non-destructive 3D and 4D imaging of large and heavy samples—up to 1 meter tall—while maintaining fine internal resolution. With multiscale zoom, high-flux source, and in-situ capabilities, it supports composite inspection, QA, and process monitoring.

Tescan DynaTOM - Micro-computed tomography (microCT)

Tescan DynaTOM - Micro-computed tomography (microCT)

Dynamic micro‑CT engineered for uninterrupted 4D in‑situ experimentation.

TESCAN DynaTOM is the world’s first lab-based micro‑CT system purpose-built for complex in‑situ studies. Its gantry-style architecture allows continuous, high‑temporal‑resolution scanning (as fast as ~7.5 seconds per rotation at 12.5 µm voxel size), while staying compatible with complex test rigs and dynamic process setups.