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FLEX-BEAM

FLEX-BEAM

  • Flexible Design, Unyielding Performance
  • Industry-Leading Performance
  • Simple Integration
  • Easy Serviceability & Field-Alignment
Brand

Flexible Design, Unyielding Performance

fleX-Beam™ is a unique, compact X-ray generator that combines a low-powered X-ray source and a precisely-aligned polycapillary optic to deliver a bright X-ray beam for advanced material analysis. fleX-Beam is available in several standard focused or collimated beam configurations and can also be customized for specific applications.

Industry-Leading Performance

  • fleX-Beam’s intensity is up to 10,000 times greater than conventional pinhole collimators
  • Focal spot as small as 5μm @ RhKa (20.162keV)
  • 50 watt performance exceeds conventional kilowatt-powered X-ray tubes
  • Integrated safety shutter & 8-position filter wheel

Simple Integration

This comprehensive solution is compact and easily integrates with any instrument or system

Easy Serviceability & Field-Alignment

Innovative design allows for the ability to interchange different optics, as well as service the X-ray source in the field

Custom Solutions

fleX-Beam™ can be used in different applications where a compact X-ray source with high photon flux is required. Various configurations are available to be used in μ-XRF, diffraction, in-line process monitoring or in-situ analysis, and medical imaging applications. XOS provides custom fleX-Beam optics based on customer requirements.

Standard fleX-Beam Models

Highly-Focusing Optics
Typical Applications: Micro XRF

- Small Feature Analysis
- Film & Plating Thickness
- High-Resolution Elemental Mapping
* Note: For Mo Kα radiation using a 100μm, Mo-anode x-ray source at 50 kV/1mA

Working distance (mm) 2 4 9 20 50 100
Focal spot size*(μm, FWHM) 8 15 25 45 100 180
Output beam intensity*(photons/s) 3.5 x 107 7.0 x 107 1.5 x 108 2.0 x 108 3.0 x 108 4.0 x 108
Slightly-Focusing Optics
Typical Applications: XRD

- Residual Stress Analysis
- Laue Diffraction
- Powder Diffraction
* Note: For Cu Kα radiation using a 100μm, Cu-anode x-ray source at 50 kV/1mA.Working distance is 140mm and focal spot size is 0.5mm

Output convergent angle(degree) 0.25 0.5 1 2
Output beam intensity 8 5.0 x 108 1.6 x 109 5.0 x 109 1.6 x 1010
Highly-Collimating Optics
Typical Applications: XRD & WDS

- Powder Diffraction
- Texture & Strain Measurement
- Wavelength-Dispersive Spectrometer
* Note: For Cu Kα radiation using a 100μm, Cu-anode x-ray source at 50 kV/1mA.Output beam divergent angle is 0.2˚

Output beam diameter(mm) 0.5 1 2 3 4 6 10 20
Output beam intensity(photon/s)* 3.0 x 108 1.2 x 109 3.5 x 109 6.5 x 109 1.0 x 101 1.3 x 1010 1.8 x 1010 2.5 x 1010

Technical Specifications

Available Targets* Cr, Cu, Mo, Rh, W
Nominal Output Power 50 kV / 1.0 mA / 50 W
Stability <0.5% RSD per ºC over 8 hours
Ambient Operating Temp 20º-35º C
Cooling Mode Integrated forced air
Dimensions 101mm W x 143mm L (w/o optic) x 249mm H
Weight 5.9kg
WORKING TIME
9AM - 6PM
TELEPHONE
+91 22 25005012

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All rights reserved.

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www.ciber.ae