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.

In automotive mold manufacturing, precise hardness measurement is critical for ensuring component performance and longevity. Traditional methods (Brinell, Rockwell) face challenges like large indentations, complex operations, and workpiece damage. Sinowon's ultrasonic hardness testers, featuring non-destructive testing (NDT) technology and high accuracy, are transforming quality control in the automotive mold sector.

In heat treatment processes, hardness is a critical indicator of material performance, directly impacting wear resistance, strength, and service life. Traditional hardness measurement methods often face limitations due to large indentations, complex operations, or workpiece damage. Sinowon's self-developed ultrasonic hardness tester, featuring non-destructive testing, high precision, portability, and broad applicability, has become the ideal tool for hardness detection in the heat treatment industry.

In the gear manufacturing sector, hardness is a critical indicator of material performance. Traditional methods like Rockwell and Brinell testing often face limitations due to visible indentations, complex operations, or incompatibility with complex workpiece geometries. Sinowon Instruments' ultrasonic hardness meter series (SU-100, SU-300, SU-400), based on Ultrasonic Contact Impedance (UCI) technology, offers a non-destructive, high-precision solution, setting new benchmarks in industrial inspection.

In the manufacturing and maintenance of corrugated rollers, surface hardness is a critical indicator of wear resistance, service life, and print quality. Traditional hardness testing methods often require destructive sampling or laboratory equipment, leading to inefficiency and workpiece damage. Sinowon’s ultrasonic hardness tester series (e.g., SU-300H, SU-300M) delivers a non-destructive, high-precision, and portable solution for on-site corrugated roller hardness measurement, setting a new industry benchmark.

With the rapid development of new material industries, the demand for precise geometric dimension and tolerance (GD&T) measurement has surged. Sinowon leverages cutting-edge Vision Measuring Machines (OMM) and optical dimension measurement technology to deliver efficient, non-contact solutions for R&D and production, empowering the industry to overcome inspection challenges.

Sinowon specializes in high-precision OMM (Optical Measurement Machines) and video measuring systems designed for geometric dimension measurement across aerospace, automotive, electronics, and precision engineering sectors. Our systems integrate cutting-edge AI algorithms, multi-sensor technology, and ISO-certified calibration to deliver sub-micron accuracy.

I. Measurement Requirements: Cut the workpiece in half and measure multiple locations of the rubber part's inner hole wall for R fillets and angles.
II. Measurement Contents
Using the 2.5D Auto Measuring Machine MVS Series MVS-4030, in conjunction with the iMeasuring measurement software, measure the rubber part. The measurement process includes the following steps: Firstly, cut the rubber part and divide it into two halves. Then, use the 2.5D Auto Measuring Machine MVS Series to measure the i

Applicability of Digital Digital Universal Hardness Tester：It is suitable for cases where the number of workpieces to be measured is small and measurements need to be performed using Brinell, Rockwell, and Vickers hardness scales. It is also suitable for situations where different levels of indentation acceptance are required.

Measuring these parameters of the aluminum alloy caps is crucial for quality control and product consistency. By using the full-automatic vision measuring machine, accurate measurements can be achieved, improving production efficiency, and ensuring compliance with specified technical requirements.

Suitable Users: Customers who require efficient, non-destructive hardness measurement for large workpieces that cannot be measured using a Rockwell Hardness Tester.
Customers who require efficient, non-destructive hardness measurement for large workpieces that cannot be measured using a Rockwell Hardness Tester. These types of users typically need a hardness measurement device that is efficient, non-destructive, and suitable for large workpieces. Compared to traditional hardness testers, the M