Xstress Robot

Xstress Robot

Xstress Robot is an advanced X-ray stress analyzer based on solid state linear sensor technique. It is capable of making measurements by X-ray diffraction easy and flexible with complicated parts, large or small.

 

  • Non-destructive
  • Accurate 6-axis industrial robot (additional axis possible as an option)
  • Automatic mapping on complicated parts, such as turbine blade is possible
  • Movable or fixed installation with safety enclosure
  • Easy replacement of X-ray tube (Cr, Cu, Co, Fe, V, Ti, Mn) which enables measuring different materials
  • Three measurement distances as standard: 50, 75 and 100 mm
  • Two NMOS position sensitive detectors
    Instantly adjustable 2θ-angle
  • XTronic software for running the measurement and calculating residual stresses and retained austenite content (optional)
  • d-sin²χ and Ω-measurement modes as a standard

Two symmetrically positioned NMOS position sensitive detectors

  • standard detector width 30°
  • for other detectors see options

2θ-range of the detectors

  • continuously adjustable within 110° to 165°
  • lower angles as option with special detector arcs

Standard measurement distance 50 mm

Replaceable collimators

  • short and long collimators with 1/2/3/4/5 mm spot sizes
  • special collimators available as an option

X-ray tube

  • Cr-tube as standard: max. output 30 kV/9 mA/270 W

Xstress main unit (high voltage generator)

  • X-ray power supply 5–30 kV/0–10 mA freely adjustable within limits
  • self-contained liquid cooling system
  • includes all interlocks required for complete safety
  • universal power input

XTronic software

  • fully featured Windows software using thread based multi-tasking
  • hardware operation control: detectors, DC motors, power supply, shutter, safety interlock functions, voltage and current, etc.
  • automated calibration with zero stress powder samples to set diffractometer to sample distance
  • project manager for depth distribution measurement and all kinds of mapping measurements
  • library functions for material parameters
  • modified d-sin2χ and Ω-mode
  • peak shift determination with the most known methods such as cross-correlation and peak fit methods
  • peak fit with eight different functions and three background options: Gauss, Lorentz, Modified Lorentz, Intermediate Lorentz, Pearson VII, Split Pearson VII, Pseudo-Voigt and Split Pseudo-Voigt
ANSI N43.3 – 1993
  • Meets or exceeds ANSI N43.3 – 1993 and other industry standards for open beam X-ray operation.
  • X-ray diffractometer safety regulations in general
Xstress Robot Resst
Xstress Robot Linear
Safety wall
Casp System Dofinansowanie
Introduction of B2B class system that automates business processes taking place between CASP system and its business Partners. The project is co-financed by European Union with funds of European Regional Development Fund.
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