The high-resolution Laue X-ray camera allows a digital Laue diffraction pattern to be recorded with a resolution of 2570 x 1710 pixels and 14-bit digitisation.
A centre hole in the camera allows for the passage of X-rays, while allowing space for X-ray collimators, providing a small, high intensity X-ray spot on the target material. The active area input dimension is similar to that of Polaroid film (i.e. 156 mm x 104.4 mm). Exposures from a few seconds up to 15 minutes can be set. Manual or Automatic crystal orientations can be obtained before the sample is cut. Twinned structures occurring during crystal growth can be unveiled using a high-resolution mode.
| Resolution | 2570 x 1710 pixels |
| Pixel Size | 61 µm |
| Active Area | 155mm x 105mm |
| Exposure Time | 1ms to 15min |
| Pixel Binning | 1 x 1 up to 8 x 8 |
| Digitization | 14-bit with optional 18-bit HDR mode |
| I/O | Gigabit Ethernet |
| Scintillating Material | Gadox |
| Alignment | Swinging pointer arm for sample positioning |
Photonic Science’s sister company Scintacor offers CsI and Gadox coatings for fibre optics and other components.
22 Theaklen Drive,
Saint Leonards-on-sea,
TN38 9AZ,
United Kingdom
