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High resolution X-ray imaging system

High resolution X-ray imaging system

High resolution X-ray imaging system

Product catalog summary
Principle: The high-resolution X-ray imaging system is engineered for X-ray beam alignment applications. It integrates various camera types for real-time alignment, utilizing a beryllium input window for a broad X-ray energy range and L-shaped quartz optics for high radiation tolerance. This system is ideal for large synchrotron radiation facilities.
Applications: The system is applicable in X-ray CT, phase contrast X-ray CT, X-ray optics alignment, X-ray topography, X-ray microscopy, angiography, and XAFS. It converts X-rays to visible light, minimizing camera damage through an L-shaped mirror design.
Features: The system is X-ray proof, allows easy scintillator exchange, detects low X-ray energy, and is compact and lightweight. It offers remote focus adjustment and a one-touch camera attachment design, achieving high resolution with quartz glass plate and L-shaped optics.
Specifications: The system includes models AA40, AA50, and AA60, each with specific features:
  • AA40: Resolution of 10 μm, scintillator diameter of 17 mm, and uses CsI scintillator.
  • AA50: Resolution of 2 μm, scintillator diameter of 10 mm, and uses LuAG scintillator.
  • AA60: Resolution of 10 μm or more, scintillator diameter of 35 mm, and uses P43 scintillator.
Each model varies in weight and dimensions, with specific input window materials and sensitivity ranges.
Camera Specifications: The document details camera specifications such as effective pixel number, cell size, readout speed, noise levels, cooling methods, and digital output interfaces for models like ImagEM X2-1K and ORCA-Flash4.0 V3.
Additional Information: The document includes contact information for Hamamatsu Photonics offices worldwide and notes on product availability and trademarks.
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Catalog excerpts

High resolution X-ray imaging system-1

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

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High resolution X-ray imaging system-2

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 Scintillator...

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High resolution X-ray imaging system-3

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

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High resolution X-ray imaging system-4

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 documentation...

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All Hamamatsu Photonics France catalogs and technical brochures

  1. ORCA-HALO

    3  Pages

  2. ORCA-QuestlQ

    4  Pages

*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.