In industrial production, surface hardness of feeder components directly impacts equipment wear resistance, service life, and operational stability. Traditional hardness testing methods (Brinell/Rockwell) require high test forces that risk damaging precision parts while lacking field testing capabilities. Addressing these challenges, Sinowon's SU-300 Ultrasonic Hardness Tester delivers non-destructive, high-efficiency precision measurement for feeder components.

As a core component of internal combustion engines, crankshaft journal hardness measurement directly impacts engine performance and longevity. Traditional benchtop hardness testers face multiple challenges when measuring large crankshafts. Sinowon, China's leading hardness measurement equipment manufacturer, addresses industry pain points with innovative ultrasonic hardness testing technology, delivering efficient non-destructive solutions for crankshaft manufacturers.

In petrochemical, energy transportation, and pressure vessel manufacturing industries, pipeline weld hardness measurement is critical for material performance evaluation and structural safety. Sinowon's SU-300 Series ultrasonic hardness tester overcomes limitations of traditional destructive methods (Rockwell/Brinell) with its non-destructive testing capabilities and exceptional adaptability.

As a critical component of automotive braking systems, brake disc hardness directly impacts braking performance, wear resistance, and safety. Traditional hardness testing methods (e.g., benchtop Vickers testers) face operational challenges when measuring large, heavy brake discs - including low efficiency, visible indentations, and complex workflows. Sinowon's SU Series ultrasonic hardness testers revolutionize brake disc inspection with non-destructive testing (NDT), portability, and laboratory-grade accuracy, meeting stringent industrial and R&D requirements.

Discover Sinowon's SU-300 Ultrasonic Hardness Tester - The non-destructive solution for precise hardness testing of pipeline inner wall coatings (chrome/copper plating). Achieve ASTM-compliant results with 0.003mm micro-indentation.

Solving Stamping Measurement Challenges: How Sinowon Optical Measurement Technology Ensures Accuracy & Efficiency

In stamping manufacturing, components like electrical parts, springs, mobile phone elements, and automotive fittings demand micron-level geometric dimension precision. While traditional contact measurement risks part deformation and inefficiency, Sinowon's automated optical measuring machines (OMM) deliver non-contact video measurement solutions that optimize quality control and production efficiency.

In the beer packaging industry, the geometric precision of bottle caps directly impacts product sealing, appearance, and consumer satisfaction. Traditional manual inspection methods suffer from low efficiency and high error rates, failing to meet high-speed production demands. Sinowon’s self-developed Vision Measuring Machine and Optical Measurement Machine (OMM) technologies provide a high-efficiency, high-precision solution for beer cap geometric dimension measurement, empowering manufacturers to achieve intelligent quality control.

In precision metalworking, gears as core power transmission components require micron-level dimensional accuracy to ensure equipment efficiency and longevity. Traditional contact-based measurement methods face limitations in speed and repeatability. Sinowon's advanced Vision Measuring Machine and Video Measuring System deliver non-contact, ISO 1328-compliant solutions for geometric dimension measurement of gears, including tip/root diameters, pitch deviations, profile errors, and radial runout, while supporting cutting tool inspection for smarter quality control.

From R&D to production, Sinowon's video measuring systems empower full-process quality assurance for industrial fixtures.

How to use SU-400 Ultrasonic Hardness Tester to test the hardness of round bar specimens.