Computed Tomography Machines
Computed tomography technology allows access to the most complex characteristics and internal geometries of components without destroying them. When it comes to analysing porosity, inclusions or multi-material, this is the preferred medium.
Nikon VOXLS 20 C 225
The VOXLS 20 Series of X-ray and CT systems is perfect for quality control laboratories and production environments where space is at a premium. The system is built for precision and reliability through the metrology-grade, granite-based manipulator and rigid steel towers, delivering exceptional X-ray and CT data quality in a compact footprint that fits through a standard double door.
Nikon VOXLS 30C
Nikon's VOXLS 30C is a high-precision computed tomography (CT) system designed for automated inspection in industrial environments. Capable of samples up to 1,000 mm in diameter and 1,300 mm in height, it offers exceptional resolution and integrates microfocus X-ray sources up to 450 kV, ideal for a wide range of applications. The robotic loading functionality and OPC UA interface enable continuous, real-time inspection, promoting zero-defect production. Nikon's VOXLS series systems are ready for automation, efficient use of space and combined with 225 kV, 320 kV or 450 kV sources, making them an ideal solution for small to large samples from low to high density.
Nikon VOXLS 40C 450
Nikon's VOXLS 40C is a high-capacity computed tomography (CT) system that is ideal for inspecting large, dense parts. With 225 kV and 450 kV microfocus X-ray sources, it allows you to quickly identify internal defects with high accuracy. The system offers a scanning capacity of up to 800 mm in diameter and 1,415 mm in height, supporting loads of up to 275 kg. Automation-ready, it integrates easily into production lines, ensuring fast, high-quality inspections.
Nikon XTH225
The XTH 225 is an advanced computed tomography (CT) system from Nikon, ideal for industrial inspections. With a microfocus X-ray source of up to 225 kV, it provides high-resolution images for small to medium-sized parts. This system allows detailed inspection of internal components without destruction, and is essential for quality control, failure analysis and material research. The XTH 225 stands out for its flexibility, low cost of operation and ease of use in demanding environments.
Nikon XTH225ST2X
The XT H 225 ST 2x is an advanced computed tomography (CT) system from Nikon, ideal for high-precision industrial inspections. With a 225 kV microfocus X-ray source and Rotating.Target 2.0 technology, it allows you to capture high-resolution images, reducing scanning time without compromising quality. The system's flexibility, with detection panels up to 2,880 x 2,880 pixels and a maximum load of 50 kg, makes it an ideal choice for quality control and research.
Nikon MCT225
The MCT225 is a metrology computed tomography solution that provides accurate measurements of internal and external geometries on samples of varying sizes and densities. With a 225 kV microfocus X-ray source and high-resolution capability, this system enables non-destructive analysis of complex components. The MCT225 is ideal for shortening mold development cycles, inspecting precision parts and speeding up time to market for new products, ensuring reliable results.
Unicomp UNCT 2600
The UNCT2600 is a compact industrial computed tomography (CT) inspection system, offering high accuracy and being used in a variety of industries to meet specific inspection requirements. It is mainly employed for small metal foundries, non-ferrous metals, lithium battery cells, chips, electronic components, rock samples, cores, soils, fossils, composite materials, biological samples, and other detection purposes.
Unicomp UNCT 3100
The UNCT3100 is a compact industrial computed tomography inspection system that offers high accuracy and can be used in various industries to meet specific inspection requirements. It is mainly developed for small cast metal parts, non-ferrous metals, lithium battery cells, chips, electronic components, rock samples, cores, soils, fossils, composite materials, biological samples and other detection purposes.
Unicomp UNC 160
The equipment features strong penetration, high reliability and long service life. It features a high-definition, high-resolution panel, multifunctional workstation with 360° rotation and scrolling. Automation is high, allowing for fast detection speed.
The software is designed to be user-friendly and facilitates the development of custom features. The systems are prepared for automation, efficient use of space and combined with 90 kV, 110 kV, 130kv or 160 kV sources.
Unicomp UNL 160
Industrial computed tomography technology is widely applied to inspect all types of casting and perform non-destructive testing (NDT) to detect air bubbles, porosity, and unwanted foreign materials. The equipment is applicable for NDT of welding defects in cylinders and bodies, sidewalls, overlaps, crown steel beads and tire steel belts, slag inclusions, cracks, loosening, and other failures in hubs, pressure vessels, refractory materials, projectiles, boiler welded tubes, and helical tubes.
Unicomp DR UNC 320
Mainly used in metal foundries, hardware products, plastic products, refractory materials, resin materials, composite materials, ceramic bodies, and welded metal parts, industrial computed tomography performs non-destructive testing (NDT) on small products. This method is essential for detecting internal defects such as air bubbles, porosity, slag inclusions, cracks, and loosening, ensuring the quality and integrity of the inspected components.
Unicomp DR UNC160 B
The Unicomp DR UNC160-B stands out for its strong penetration, high reliability, low failure rate, and long service life. It features a flat panel detector (FPD) with high definition and resolution. It includes a multifunctional workstation capable of 360° rotation and movement. It offers a high level of automation and fast detection speed. The software is intuitive and user-friendly, allowing customization and development of features tailored to user requirements.
Unicomp DR
UNL X-ray intelligent test equipment is dedicated to the NDT inspection of automobile wheels, exclusively developed by Unicomp Technology. Used for the inspection of defects in car wheel rims (porosity, cracks, retractions, foreign objects and other defects), it can be configured with Unicomp's automatic defect recognition (ADR) module. It is an efficient in-line automatic inspection equipment.
Unicomp UNL 120 E
UNL X-ray type intelligent test equipment is a special equipment for automobile tire inspection, independently developed by Unicomp. Mainly used in the detection of defects in automobile tires (internal foreign objects, parts that do not meet the requirements (missing or excessive), radial beads (including open seams), bead bends, distortions, overlapping splices, difference of layers beyond the standard, bubbles or separations, crossing of radial or bead beads and other defects). It can be configured with Unicomp's Automatic Defect Identification (ADR) module, making it an efficient in-line automatic test equipment.
Unicomp UNT 160 D
The Unicomp UNT-160-D is widely used for inspecting various types of castings through non-destructive testing, enabling the identification of air bubbles, porosity, and unwanted foreign materials. This equipment is designed to detect defects in cylinder welds, as well as in components such as the body, sidewall, overlap, cord, and steel belts of tyres. Additionally, it identifies solid impurities, cracks, looseness, and other anomalies in hubs, pressure vessels, high-temperature insulating materials, ammunition, boiler welded pipes, and threaded pipes.
Nikon M2
The M2 is Nikon's most versatile computed tomography (CT) system, with more than 130 possible configurations. It has a high-precision granite base. The system is available in versions with up to three X-ray sources and two detectors. The M2 supports a load capacity of up to 180 kg and has an expandable scanning area of up to 2 meters. Ideal for inspecting complex parts, it is recognized for its accuracy and configurability in different industrial needs.
Nikon C2
The C2 is a large-capacity computed tomography (CT) system designed to scan objects up to 275 kg and 1,500 mm in height. Equipped with microfocus and minifocus X-ray sources, and dual detector options, the C2 offers exceptional accuracy, supported by a 4.3-metre granite base. Its modular configuration and the ability to perform synchronized vertical adjustments ensure high versatility and productivity, making it ideal for inspecting complex and dense parts.
Nikon C3
The C3 is a large-format computed tomography (CT) system, capable of scanning bulky and heavy objects, up to 400 kg and 2.3 meters in height. Equipped with high-power X-ray sources, such as 450 kV microfocus, the C3 offers unmatched accuracy and versatility. Its granite base ensures maximum stability during scans, while the wide field of view makes it possible to inspect large-scale objects. It is ideal for industrial applications that require detailed and accurate measurements.
Unicomp UNCT3300-A
The UNCT3300-A is a compact industrial CT inspection system that offers high accuracy and can be used in various industries to meet specific inspection needs. It is mainly developed for small metal foundries, non-ferrous metals, lithium battery cells, chips, electronic components, rock samples, cores, soils, fossils, composite materials, biological samples and other detection purposes.
Automated CT Scan
Computed tomography analysis equipment is prepared for in-line integration for component analysis.
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