"Residual stress" is measured in a "non-destructive and non-contact" manner. *Trial measurements available!
micro X360n
High-speed measurement of residual stress, residual austenite, and half-value width in materials such as metals and ceramics! It works effectively even in narrow spaces, such as the interior of pipes with an inner diameter of 170 mm.
The residual stress measurement device "μ-X360n" is capable of measuring residual stress remaining on the surfaces of metal parts and metal processing in industries such as automotive, shipbuilding, railways, and aerospace, as well as ceramics manufacturers and special metals, in a "non-destructive and non-contact" manner. 【Do you have any of these concerns?】 ■ I want to measure residual stress easily without hassle... ■ I want to know if the cause of cracks or chips in parts is due to "tensile stress" or "compressive stress"... ■ I don't know the cause of bending, warping, or cracking in welded parts... ■ I want to manage the lifespan of molds... and more. We provide quick and easy measurements for confirming weight reduction and high durability, improving dimensional accuracy, analyzing causes of deformation and cracking, process improvement, quality control, predicting remaining lifespan, and optimizing maintenance! *If you would like a demonstration, please specify "Request for trial measurement." *For more details, please download the PDF or feel free to contact us.
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【Features】 Adopting a single incidence method, it achieves reduced measurement time, low X-ray output, and energy savings through air cooling. Its compact and lightweight design allows for measurements outdoors! ◎ Easy sample setup ◎ Measurement time of approximately 90 seconds ◎ Capable of measuring relatively narrow areas ◎ No goniometer mechanism required due to single incidence ◎ By observing all data from the diffraction ring, information at the crystal level such as stress, large crystal grains, and orientation can be visually confirmed ◎ The device is compact and lightweight, making it highly portable, allowing for on-site, non-destructive testing of large samples and structures ◎ X-ray output is low at 30 kV and 1 mA, achieving air cooling (X-ray tube Cr) ◎ Low power consumption, environmentally friendly, and safe *For more details, please download the PDF or feel free to contact us.
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Applications Measurement of products and parts produced in the machinery and metalworking industry, process measurement, and defect analysis! ◎ Measurement of residual stress in industrial products (heat-treated products) ◎ Measurement of residual stress in surface modification (peening) ◎ Maintenance of plants and infrastructure ◎ Effective for research and development of machinery and materials *For more details, please download the PDF or feel free to contact us.
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Pulse Tech Industries has aimed to be a "research and development-oriented manufacturing company" since its founding, engaging in numerous projects such as labor-saving devices and inspection equipment that are difficult to address with existing products, thereby contributing to the improvement of our customers' productivity and quality. The "portable X-ray residual stress measurement device" and "fluorescent detection head" are products developed in-house by combining the elemental technologies we have cultivated over the years, and they have received high praise from various sectors. We offer optimal solutions tailored to our customers' needs, including challenging issues, custom equipment, joint development, and engineer dispatch, so please feel free to contact us. Engineers responding to custom needs (special specifications): X-ray handling technology - 37 X-ray work supervisors Circuit design technology - 3 electrical equipment assembly technicians Optical design technology - 10 international optical engineers Mechanical design technology - 7 mechanical design engineers - 19 metal materials testing technicians - 3 3D CAD users Software development technology - 23 information technology specialists - 2 software quality technicians - 3 holders of LabVIEW certification