diondo d1

High Performance Micro-CT System

The high-resolution micro-CT system diondo d1 has been perfected for the analysis and measurement of small-to-medium-sized components. By using a high-power transmission X-ray source, a fourfold higher resolution is achieved in the same measuring time compared to conventional systems. Alternatively, with the same resolution, the measuring time can be reduced by a factor of four. The extremely high transmission power also enables the analysis of challenging material combinations such as those used in electromobility applications, e.g. in the development of battery cells.

Highlights

  • Breathtaking Resolution in an Eextremely Short Time
    The high penetration power of the 240 kV transmission tube combined with the ultimate target power of 80 watts revolutionizes CT analysis in terms of resolution and scan time of challenging samples.
  • Maximum Inspection Volume for Highest Precision
    The combination of a tightly-spaced pixel grid and an especially large active area enables both an extremely high resolution for the examination of small objects and the imaging of large samples in one scan. Multiple time-consuming partial scans at the expense of precision are avoided.
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Further Highlights

  • High-Precision Granite Manipulator
    Inherent rigidity and temperature stability guarantee highest precision even after many years of intensive use.
  • Coordinate Measuring Technology
    Reproducible 3D measurement technology for highest demands according to VDI/VDE 2630-1.3
  • Advanced scanning modes

    including helix scanning for high flexibility

Intelligent Design

through Integration of all Peripheral Hardware

Features

  • Easier Accessibility

    The innovative design of the double door allows easy loading and unloading. Partial opening of the roof allows more complex component fixtures to be conveniently set up.

  • Temperature Management

    The system can be configured with either active ventilation or controlled air conditioning depending on the local infrastructure.

 

Microfocus X-Ray Tube (JIMA) Resolution

as a Function of Target Power

High-Performance Transmission X-Ray Source

The Best of Both Worlds

Classical CT systems work with reflection tubes as the radiation source. The high power required here to penetrate challenging materials or higher wall thicknesses in components has a negative impact on maximum resolution. 

Simply put, the higher the power used, the lower the resolution. To counteract this phenomenon, lower power levels and the associated longer measurement times are used. This is not necessary with the diondo d1.

By using a high power transmission X-ray source, up to four times higher resolution can be achieved for the same measurement duration compared to conventional systems. Alternatively, the measuring time can be shortened by a factor of four for the same resolution, which is of great advantage not only for small series production.

 

Applications

Wide Range of Applications

Additive Manufacturing

The d1 is ideally configured for addressing the inspection needs of precision additively manufactured parts for demanding applications in aerospace and automotive industries.

Materials Science (composites)

Despite the high specific strength of composites, premature component failure can occur due to various material defects, e.g. incorrect fiber orientation or impact damage. Non-destructive CT scans can be used to check components before returning them to service.

 

Specifications

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Transmission Tube

190 up to 240 [kV]

Detector

3.000 x 3.000 px, 139 [µm]

Focus-Detector-Distance

800 [mm], variabel

Scan Volume

Ø 300 x 230 H [mm]

Scan Volume, maximal

Ø 400 x 400 H [mm]

Sample Weight

20 [kg]

System Dimensions 

L 2.350 x B 1.450 x H 2.035 [mm]

System Weight

5,5 [t]

diControl Features

DR-Function, Helix CT, Batch Mode, Offset CT, Daily Check, Health Monitor, Limited Angle CT, Metrology gemäß VDI/VDE 2630-1.3, uvm.

Manipulation

granitbasiert, 4/5 axes

 

Customized adjustments are available on request.

Next Steps

Please contact us, request further information or make an appointment.