Tomoscope® XS FOV
Industrial 3D CT for small workpieces
Basic 3D computed tomography (CT) model for production sites and measuring rooms
Technical specifications
Accuracy (MPE)5 µmISO 10360 standard
Resolution100 nmMinimum voxel size (Voxel Size)
Maximum measuring rangeD=120 / L=93 mm
Key benefits
TomoScope® XS FOV (patented) is a flexible and simple industrial 3D CT equipment that can quickly perform single-layer computer imaging. 3D measurements are performed directly within the detector's range of view (FOV) without axis shifting, and can be fully automated. Using the appropriate fixed tool, multiple small measurements such as led or mullioned can be measured simultaneously. TomoScope® XS FOV is ideal for mass-produced plastic emissions measurements at the production site.
- 24 months warranty system propulsion reduction of the vehicle with no movement limit for local sub-boxing for low measurement uncertainty for fixed-point air bearings rotary with compact design realisation of low installation space with light weight easy installation in almost any location with low introduction cost fast investment recovery OnTheFly Tomography and real-time reconfiguration with high speed measurement implementation of the ultrafast measurement according to radiation protection regulations full shutdown device design reliability and traceable measurement results for VDI 2617 standards compliance adjustment, optionally providing DAkkS certification
Compatible sensors and accessories
Sensors
3D CT
The X-ray source, which supports a voltage of up to 300 kV, achieves a monoblock design that delivers short measurement time and low maintenance costs at the same time, combining a high-resolution detector up to 28 megapixels to capture the micro-format clearly and ensure low measurement inaccuracy.
Accessories
Rotary axis
The rotary axis allows for the complete measurement of both rotational symmetrical and rectangular measurements at different points, providing optimal measurement access for different sensors. The loss of time and accuracy due to re-reporting disappears. Combining high position precision and oscillation correction functions, shafts, tools, gears, 3D measurements, etc. can be measured in a stable manner.
