μ-X360s portable X-ray residual stress analyzer is a light-weight, compact, high-speed and high-precision measurement, and cost-effective product.
This residual stress analyzer can be used on the production site and outdoors, and allows measurements of large structures; it is widely used in many industries and applications because of its easy operations and excellent portability.
Non-contact and non-destructive measurements applying the X-ray diffraction method.
Easy operations and excellent portability.
Measurement of Residual stress, Full width at half maximum, and retained austenite, which are regarded as potential causes of cracks, strain, dimensional distortion, etc. of the surrounding metals.
Visualizing hardness change on the surface of steel as 'Hardness Variation' by non-contact and non-destructive inspection.
Enable to confirm effect of process such as machining burn, grinding burn, heat treatment by checking 'Hardness Variation'.
Free from destructive inspection and visual inspection. Realized automatic inspection.
Small and easy to handle.
Integrated desk top model of an air-cooled X-ray generator and a high-sensitivity detector.
Extremely lightweight and compact, making it ideal for most workspaces.
Enable to acquire images (Laue spots) of single crystal materials quickly.
Go to ProductThis scanner series applies the triangulation method based on the point-scanning mode excellent in detection sensitivity.
The series has a good traceability with a world-wide standard for contact type 3D measuring instrument.
Being excellent in detection sensitivity, this series provides 3D data with wide dynamic range; TDS-L Series scanners can be used in various applications such as a robot vision system, customized measuring system, etc.
Go to ProductAdvanced technologies we have created in the optical disc industries have been applied and developed.
Utilizing our optical technique, measurements, inspections, detections, etc. are offered in a form appropriate for the needs of each customer.
Measurement of various types of transparent objects becomes easier than ever!
Non-destructive measurement of glass and other transparent objects are possible using the OCT (optical coherence tomography image) method.
This model is designed for evaluation and inspection of small optical system (3.5 mm or less).
As compared with PWS-1000, this model is even smaller, lighter weight and more economical than Model PWS-1000. Its built-in integration into the existing products is now easier than ever. Customization is possible according to customer's requirements.
One single unit measurement in the visible light range can be achieved by multiple numbers of measurements. As this sensor is small and lightweight, it can be incorporated into an existing equipment.
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This is a high-speed wavefront sensor application device. It measures and evaluates transmitted wavefront through optical lens in real time. This system can measure lenses of which the wave aberration greatly varies, or even aspheric lenses, which cannot be measured with an interferometer.
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