Anyone, anywhere, can measure it immediately.
【Features】 This device is the world's first successful commercialization of the cosα method, achieving compactness, lightweight design, high speed, high precision, and low cost. It complies with the "Standard for X-ray Stress Measurement Method using the cosα Method" established by the Japan Society for Materials Science. - It can measure residual stress, half-value width, and residual austenite. - It can capture all diffraction rings in two dimensions. - It allows for the examination of crystal-level information such as coarse crystals and orientation. - It is safe due to its low output (30kV, 1.6mA). - The setup is easy, enabling anyone to perform accurate measurements. - Users can replace the X-ray tube, allowing for the measurement of various materials with a single device (Cr, V, Mn, Cu, Co). - Its compact and lightweight design makes it easy to transport, allowing for measurements in various locations. - It can be used in places without power supply by utilizing a battery.
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basic information
【Applications and Examples of Use】 ■ Plastic processing (rolling, pressing, molding) ■ Heat treatment (quenching, annealing, sub-zero treatment, etc.) ■ Surface modification (shot peening, shot blasting, laser shot peening) ■ Metal processing (welding, cutting, polishing) ■ Maintenance of plants and infrastructure (stress corrosion cracking, remaining life) 【Options】 ■ Residual austenite measurement ■ Mapping function ■ Oscillation jig ■ Tube replacement 【Peripheral Equipment】 ■ Flexible arm (with micro-movement stage) ■ Carrying case ■ Shielding box ■ Electrolytic polishing machine ◎ Compliant with CE standards (with overseas delivery experience)
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Applications/Examples of results
【Usage Examples】 - A wide range of industrial fields including transportation equipment (railways, automobiles, ships, airplanes, etc.), bearings, steel, heavy machinery, power-related industries, and surface modification. - Domestic and international universities and public research institutions. - Solutions for issues such as dimensional changes after processing, cracks in welded joints, thermal treatment fractures, and insufficient strength after treatment. - Process improvement, quality control, yield enhancement, understanding of equipment durability, and remaining lifespan diagnostics for infrastructure, etc.
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Company information
Pulse Tech Industries has aimed to be a "research and development-oriented manufacturing company" since its founding, working on numerous labor-saving devices and inspection equipment that are difficult to address with existing products, 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 three-dimensional CAD users Software development technology - 23 information technology specialists - 2 software quality technicians - 3 holders of LabVIEW certification
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