Introduction: Traditional Brinell hardness measurement requires the naked eye to observe the diameter of the indentation and obtain the hardness data through a look-up table. There are many disadvantages such as large human error, low consistency, and high requirements for measurement personnel. The handheld Brinell measurement system is a high-tech product designed and developed using the most advanced computer vision technology, comprehensive application of electronic technology, ergonomics, computer science, applied optics, image analysis and other multidisciplinary technologies. The system improves the Brinell The high accuracy and high consistency of the measurement experiment data greatly reduces the labor intensity of the experimenter. The system integrates a variety of measurement methods to meet the Brinell hardness measurement of various surfaces, and has a wider range of applications. The friendly and concise human-computer interaction interface enables the operator to master the use of the software more quickly, and make it easier to measure the Brinell hardness. The integrated data export function of the system can not only save pictures but also export EXCEL data, which is convenient for future query. In addition, the system integrates 12 operating languages, which can be applied to different countries and regions. technical parameter: Specification: HBMS-2 Brinell hardness scanning measurement system Image sensor resolution: 1600×1200 (2 million pixels) Measurement mode: three-point, four-wire, automatic measurement Calibration method: standard hardness block/length scale Supported languages: Simplified Chinese, Traditional Chinese, English, French, German, Russian, Spanish, Portuguese, Korean, Japanese, Thai, Italian Measurement accuracy: For standard block indentation, the automatic measurement error is less than ±1%, which meets the requirements of the international standard ISO6506 Repeatability: For the same indentation, multiple measurements, the repeat error is less than ±1%, in line with international standards
Introduction: Traditional Brinell hardness measurement requires the naked eye to observe the diameter of the indentation and obtain the hardness data through a look-up table. There are many disadvantages such as large human error, low consistency, and high requirements for measurement personnel. The handheld Brinell measurement system is a high-tech product designed and developed using the most advanced computer vision technology, comprehensive application of electronic technology, ergonomics, computer science, applied optics, image analysis and other multidisciplinary technologies. The system improves the Brinell The high accuracy and high consistency of the measurement experiment data greatly reduces the labor intensity of the experimenter. The system integrates a variety of measurement methods to meet the Brinell hardness measurement of various surfaces, and has a wider range of applications. The friendly and concise human-computer interaction interface enables the operator to master the use of the software more quickly, and make it easier to measure the Brinell hardness. The integrated data export function of the system can not only save pictures but also export EXCEL data, which is convenient for future query. In addition, the system integrates 12 operating languages, which can be applied to different countries and regions.
