Germany Small High-Precision Industrial CT System diondo d evo03

basic information

【Technical Data】 X-ray Tube: 120[kV] Measurement Accuracy: < 9 μm + L/100 Test Volume: Ø 140 x 170 H [mm] Resolution: 56[μm] System Dimensions: 1260 x 870 x 1640 [mm] Weight: 1290[kg]

Price range

Delivery Time

Applications/Examples of results

【Application Areas】 This system, compact and with a footprint of 1.1 square meters, is the smallest in our product family, making it suitable for applications such as: small rooms, laboratories, or production facilities Additive manufacturing parts, electromechanical components, plastic products (connectors, switches, housings, etc.), light metal cast parts (pistons, housings, heat exchangers, etc.), composite materials (CFRP, GFRP) and alloy materials (valves, tensile materials) testing (3D measurement, sample inspection, etc.) ▪ Automotive industry ▪ Metal materials ▪ Additive manufacturing ▪ Aerospace ▪ New energy vehicles ▪ Biomedical ▪ Geotechnical engineering

Detailed information

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  ●Detector Despite its compact design, it achieves a resolution of 56 μm at approximately 2x magnification, allowing for accurate measurement tasks. ●Object Holder To enable efficient and highly reproducible testing, we offer a variety of holders tailored to the test subjects. ●Filter Wheel The user-friendly filter wheel enhances the edges of objects made from various materials, optimizing image quality.

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  ●Compact With a footprint of 1.1 square meters, this system is the smallest among our products, making it suitable for applications such as small rooms, laboratories, or production facilities.

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  【Technical Data】 X-ray tube: 120[kV] Measurement accuracy: < 9 μm + L/100 Test specimen volume: Ø 140 x 170 H [mm] Resolution: 56[μm] System dimensions: 1260 x 870 x 1640 [mm] Main unit weight: 1290[kg]

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  **Applications** Wide Range of Uses Small to Medium-Sized Plastic Parts The evo 03 system can easily perform complex measurement tasks. Especially in the field of plastics, amorphous materials, which are mostly transparent objects or soft polymers, are difficult to inspect due to their properties. We quickly reach the limits of tactile and optical measurement methods. Computed tomography as a non-contact inspection method is a reliable alternative to traditional methods, as it is not affected by optical phenomena.

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  **Applications** Wide Range of Uses Small to Medium-Sized Plastic Parts The evo 03 system can easily perform complex measurement tasks. In particular, in the field of plastics, amorphous materials, which are mostly transparent objects or soft polymers, are difficult to inspect due to their properties. We quickly reach the limits of tactile and optical measurement methods. As a non-contact inspection method, computer tomography is a reliable alternative to conventional methods, as it is not affected by optical phenomena.

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  **Applications** Wide Range of Uses Small to medium-sized plastic parts The evo 03 system can easily perform complex measurement tasks. Especially in the field of plastics, amorphous materials, which are mostly transparent objects or soft polymers, are difficult to inspect due to their properties. We quickly reach the limits of tactile and optical measurement methods. As a non-contact inspection method, computer tomography is a reliable alternative to conventional methods, as it is not affected by optical phenomena.

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  **Applications** Wide Range of Uses Small to medium-sized plastic parts The evo 03 system can easily perform complex measurement tasks. Especially in the field of plastics, amorphous materials, which are mostly transparent objects or soft polymers, are difficult to inspect due to their properties. We quickly reach the limitations of tactile and optical measurement methods. As a non-contact inspection method, computer tomography is a reliable alternative to conventional methods, as it is not affected by optical phenomena.

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  **Applications** Wide Range of Uses Metal Components and Additive Components In the automotive and aerospace fields, components often have to meet high safety standards regarding weight reduction, making quality control of additive manufacturing components play an important role. Aluminum parts, as well as smaller metal components with higher density, such as the additive manufacturing aluminum test specimen illustrated, can also be reliably analyzed.

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  **Applications** Wide Range of Uses Metal Components and Additive Components In the automotive and aerospace fields, components often have to meet high safety standards regarding weight reduction, making quality control of additive manufacturing components play an important role. Aluminum parts, such as the additive manufactured aluminum test specimens illustrated, as well as smaller metal components with higher density, can also be reliably analyzed.