High resolution X-ray imaging system
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High Resolution X-ray Imaging System The high resolution X-ray imaging system is designed for the application of X-ray beam alignment. Adopting unique mechanism, it enables to combine various type of cameras for real time X-ray beam alignment. Beryllium input window realized wide range of X-ray energy and coupled with L-shaped quartz optics makes high X-ray radiation tolerance. Suitable for high resolution X-ray beam alignment in large synchrotron radiation facilities. PRINCIPLE Beryllium X-rays window Scintillator Objectives Imaging device The irradiated X-ray is converted to visible light and conducted to the lens bended 90 degrees by L-shaped mirror in order to reduce the X-ray damage onto the digital camera. X-ray proof design (adopting a quartz glass plate and L-shaped optics) Easy to exchange scintillators Possible to detect low X-ray energy Small size and light weight Remote controllable focus adjustment One touch design for camera attachment High resolution APPLICATIONS X-ray CT Phase contrast X-ray CT X-ray optics alignment X-ray topography X-ray microscope Angiography XAFS

Imaging unit selection (Standard type) High resolution X-ray imaging system AA40 Resolution: 10 μm Scintillator diameter: 17 mm PRINCIPLE X-rays Beryllium window Visible light Mirror Relay lens (Small area type) High resolution X-ray imaging system AA50 Resolution: 2 μm Scintillator diameter: 10 mm Beryllium window Visible light Microscope objective lens Amorphous carbon plate Single crystal scintillator (Lu2SiO5: Ce, thickness < 10 μm) Scintillator: LuAG (Large area type) High resolution X-ray imaging system AA60 Resolution: 10 μm or more Scintillator diameter: 35 mm PRINCIPLE X-rays...

Type number * Depending on the camera type • High resolution X-ray imaging system AA60 (Approx. 7.5 kg)

High speed, High resolution, Low readout noise High sensitivity Field of view Camera lens (f=50 mm) ‘Pictures show camera and camera lens. Field of view Camera lens (f=50 mm) The field of view is based on calculation. Actual field of view may be different from the calculated values. Camera type number ‘Refer to the camera catalog for detail information. • ORCA is registered trademark of Hamamatsu Photonics K.K. (France, Germany, Japan, U.K., U.S.A.) • ImagEM is registered trademark of Hamamatsu Photonics K.K. (EU, Japan, U.K., U.S.A.) • Product and software package names noted in this...