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- Measurement of residual stress by X-ray diffraction for analysis of polycrystalline materials (metal, ceramic, crystallization, etc)
Steel, Iron, Aluminum, Titanium, Tungsten Carbide, Nickel, Copper, Vanadium, Chrome, Manganese, Cobalt ...
- Point measuring area 2.0mm diameter / depth 10µm
The PULSTEC µ-X360S portable analyzer is ideal for the non-destructive analysis of physical stress and hardness causing grunts and deformation. Small, compact and accurate, the µ-X360S will allow you to improve the quality assurance and / or maintenance process. Its power source with included battery allows you to use it in the field for structural analysis.
- Measurable elements: residual stress / residual iron austenite / Width at medium height. (Note: the measurement of different materials requires changing the X-ray generating tube). The information is displayed as Debye 3D rings.
- Uses: Parts manufacturing, mold manufacturing, maintenance and infrastructure, foundry and metallurgy, mold manufacturing, ceramic manufacturing, heat treatment, impact surface treatment (peening), steel construction. Totally safe: 0.1µSv/h@3m or less, without shielding.
In manufacturing, the process can be analyzed by measuring the stress in each part of the process, from injection or forging to tempering; In injection, optimally control the lifetime of the molds by reducing the recovery time and increasing the useful time when verifying the welding process; in paileria, check the welds of your pipe or your tanks; In construction and shipbuilding, ensure the quality of welding on bridges or structures.
Variety of holder accessories for the analyzer device
Adjustable magnetic arm / Positioning tool with microscope / Automatic X-Y Positioner / Electro chemical cleaning kit
Versatile for any type of automotive parts
Drive train, manifolds, suspensions, transmission bars, ball screws, turbines and blades, panels, wheels ...
Indoor and outdoor use
| Sensor Unit Weight: 2.4 kg | Power Supply Weight: 6.2kg | Current and power: AC 100~240V (50/60Hz), 130W | Measurement method: Cos(α) Single Incident Angle Exposure |