X-ray TDI camera
Using the TDI technology and our newly developed method with high sensitivity, C15400-30-50A enables you to obtain high-contrast images in inspecting those materials even with low energy X-ray. With this device, for thin objects such as light element/lightweight materials (ex. CFRP) and other sheet materials, inspections of thickness, dents, streaks, and uneven bonding, which have been difficult until now, have now become possible.
Conventional film thickness measurement methods using visible light can measure resin films and others, which transmit visible light, but cannot measure the thickness of objects such as metal films, which do not transmit light.
By using X-ray imaging, it is possible to measure the uneven thickness of materials such as resin films as well as metal films such as Cu, AI, Ni, and Fe that cannot transmit visible light, thereby expanding the range of inspection targets.
Copper foils with thicknesses of 2 μm, 4 μm, 6 μm, and 8 μm are imaged. The uneven thickness can be measured.
In uneven-thickness measurement using the conventional point sensor, measurement omission occurs inevitably, but in measurement using the line sensor camera, which captures the object as an area, not a point, the omission does not occur. This improves inspection accuracy and can be expected to provide highly accurate feedback to the manufacturing process.
You can inspect uneven coating and voids in the adhesive that occur when bonding lightweight parts.
Dents and streaks on aluminum sheets can be inspected.
Paper currency enclosed in a thin package can be inspected with good contrast.
In the conventional in-line X-ray imaging technology, insufficient contrast has been a problem when imaging thin objects that easily transmit X-rays, or objects composed of light element materials such as resin.
The C15400 uses a new method that is highly sensitive to low-energy X-rays in its internal structure, enabling in-line visualization of slight uneven thickness in objects, which could not be contrasted with previous models.
In order to fully exploit the performance of the C15400-30-50A, we can flexibly customize it to meet your needs, such as developing products with different detection widths and resolutions, downsizing, and selling it as a module to meet your application and operating environment.
|Effective X-ray tube voltage range||Approx. 25 kV to 110 kV|
|Detection width||290 mm|
|Number of pixels||2048(H) pixels × 128(V) pixels + 2048(H) pixels × 128(V) pixels|
|Line speed||1.758 m/min to 153.8 m/min|
|TDI line rate||1×1: Max. 17.5 kHz (153.8 m/min)
binning 2×2: Max. 17.0 kHz (298.8 m/min)
|A/D converter||12 bit|
|External control interface||Base Configuration (Camera Link)|
|Output signals (Image data)||12 bit digital output|
|Pixel clock||40.0 MHz (Camera Link)|
|Power supply||DC+24 V|
|Power consumption||Approx. 45 VA|
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