- 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 |