UNCT2600: High-Precision Industrial Computed Tomography for Multi-Sector Inspection

The UNCT2600 is specially developed for three-dimensional analysis and high-precision image inspection. Its compact architecture allows easy integration into laboratory and industrial environments without compromising the quality of results obtained. Materials and components it can inspect include: small metal parts; non-ferrous metals and light alloys; lithium-ion battery cells; chips, electronic components and circuit boards; geological samples (rocks, cores and soils); fossils, composite materials and biological samples.

The system combines two imaging modalities — Digital Radiography (DR) and Computed Tomography (CT) — giving it enormous application range. Key functionalities include: dual imaging capability (DR + CT) for complete and precise analysis; 3D scanning, volumetric reconstruction and integrated analysis tools; advanced image processing and analysis software with segmentation and measurement algorithms; high-precision mechanical transmission system, ensuring stability and reliability in the scanning process. Safety is a priority in the UNCT2600. The system is designed with superior protection levels, with radiation doses well below limits established by standards, and with multiple redundant safety measures to protect operators and the working environment. The control interface is intuitive and user-centered, allowing operators with minimal training to operate the equipment autonomously and efficiently after a brief learning period. Technical specifications: Dimensions 3550mm×1750mm×2400mm (L×W×H); Machine Weight 7000Kg; Pixel Matrix 3072×3072; Pixel Size 139μm; Voltage 225KV; X-ray tube type: Split tube.

Thanks to its high precision and reliability, the UNCT2600 can be used for a wide range of critical applications in quality control and R&D: Internal Defect Detection (identification of cracks, voids, inclusions and structural failures without damaging the part); Thickness Analysis (exact measurement of wall thickness and clearances in complex geometries); CAD Comparison (overlay of actual part with CAD models for dimensional validation and deviation detection); 3D Metrology and Coordinate Measurement (alternative or complement to traditional CMM systems); Composite Analysis (evaluation of delaminations, porosity and cracks in composite materials); Transfer Phenomena (visualization of fluid flows, thermal transfer or reactions within structures); Structural Mechanical Simulation (integration with simulation software to predict deformations, stresses and failures); Reverse Engineering (creation of detailed CAD models from physical parts for replication or redesign).

The Unicomp UNCT2600 represents an indispensable tool for companies requiring advanced dimensional control, non-destructive internal analysis and product development based on real data. Its adaptability to different materials, geometries and sectors — from metalworking to geology, through electronics, energy and biomaterials — confirms its status as an excellence solution for Industry 4.0.

NM3D Ibérica makes available to industry high-precision equipment such as the UNCT2600 — an essential tool for those demanding rigorous dimensional control, internal visualization without part destruction and reliable data for advanced technical analysis.