The Fruit Hardness Tester Stand is a device specially designed to support and fix the fruit hardness tester, aiming to improve the accuracy and convenience of measurement. It is widely used in agriculture, food science, laboratory research and other fields to help users quickly and accurately measure the hardness of fruits to evaluate their maturity, quality and storage performance.

The Fruit Hardness Tester Stand is a device specially designed to support and fix the fruit hardness tester, aiming to improve the accuracy and convenience of measurement. It is widely used in agriculture, food science, laboratory research and other fields to help users quickly and accurately measure the hardness of fruits to evaluate their maturity, quality and storage performance.

The roughness measuring platform is a device used to evaluate and analyze the surface roughness of materials. It is widely used in manufacturing, material science, automotive, aerospace, electronics and other fields. 

NLX-D type test stand is a new generation of Shore hardness test stand developed by our company. It uses high-quality black marble as the base and high-strength exquisite tempered glass as the test platform, which makes the test more stable and more accurate. Reasonable structure and beautiful style. NLX-D type is suitable for the pointer LX-D and digital LXD-D.

NLX-AC type test stand is a new generation of Shore hardness test stand developed by our company. It uses high-quality black marble as the base and high-strength exquisite tempered glass as the test platform, which makes the test more stable and more accurate. Reasonable structure and beautiful style. NLX-AC type is suitable for the pointer LX-A and LX-C produced by our company; digital LXD-A and LXD-C.

The automatic turret Vickers hardness tester is a high-tech product integrating optics, mechanics and electronics. This hardness tester has a novel design and boasts excellent reliability, operability and repeatability, making it an ideal product for testing Vickers hardness. The machine adopts computer software programming and an optical measurement system. Through the input via soft keys, it allows for the selection of the measurement of Vickers and Knoop hardness, enables the adjustment of the intensity of the measurement light source, and makes it possible to choose the dwell time. On the LCD display screen, the test method and test force can be shown. By inputting the length of the indentation diagonal on the panel, the hardness value can be directly read out on the screen, which simplifies the complexity of looking up tables. It is convenient to use and has high measurement accuracy.

The Digital Rockwell Hardness Tester uses the method of measuring the indentation depth, and the hardness value can be directly read from the indicator. Therefore, it is simple and convenient to operate, easy to master, and has high work efficiency. It is suitable for the inspection of batches of parts and components. In the Rockwell hardness test method, diamond indenters and steel ball indenters can be used, which can measure both harder and softer specimens, and has a wide range of applications. As a result, the Rockwell hardness tester is widely used in production and has become the main testing means for inspecting product quality and determining reasonable processing techniques. The Rockwell hardness tester is a commonly used testing instrument for hardness tests, teaching and scientific research work in manufacturing enterprises, universities and colleges, and scientific research institutions.

The hardness value measured by the NHBE-3000A electronic Brinell hardness tester is one of the important indicators of the mechanical properties of materials, and the hardness test is an important means to judge the quality of metal materials or parts. Since there is a corresponding relationship between the hardness of metals and other mechanical properties, for most metal materials, other mechanical properties such as strength, fatigue, creep and wear can be approximately calculated by measuring the hardness.

Touch Screen Micro Vickers Hardness Tester is a new generation of multi-functional touchscreen microhardness tester newly developed by our company. The hardness tester is novel in shape and has good reliability, operability and repeatability. It is an ideal product for testing microhardness. The machine adopts C language programming, high-rate optical measurement system and optical dual-channel structure, new technologies such as photoelectric and photocouple sensing, in addition to meeting the basic Vickers hardness test requirements, the upgraded digital display micrometer eyepiece can directly read the measurement length, so as to obtain the measurement value more quickly and accurately. The upgraded control operating system adopts a 7-inch LCD touch display screen, which can provide more measurement data and more comprehensive control.

NHVS-1000 and NHVS-1000Z type automatic turret digital micro vickers hardness tester is a high-tech product of optical and mechanical integration. The instrument is novel and beautiful, and it has good reliability, operability and intuitiveness. It is an upgraded product for micro vickers hardness testers. The machine adopts computer software control, a high-resolution optical measurement system, photoelectric sensors and other technologies to realize the automatic switching between the measuring device and the indenter. Through software input, the intensity of the light source can be automatically adjusted, and the Vickers and Knoop test methods, retention time, file number and storage can be selected. It provides a variety of hardness value conversion tables for reference. On the large LCD screen, it can display the test method, test force, measured indentation length, hardness value, test force holding time, measurement times, and the year, month, date can be input, as well as test results and data processing. The results can be output through the printer.

Micro Vickers Hardness Tester is a high-tech product combining optic, mechanic and electronic techniques. It is suitable for measuring the hardness of thin materials and tiny parts, such as the parts in clocks, instruments and meters, as well as the hardness and thickness of surface coatings, carburized layers and nitrided layers. It is an important means for inspecting product quality and formulating reasonable processing techniques. In particular, it will become one of the commonly used testing methods in metallography and materials science. The HV-1000 microhardness tester and the HV-1000Z automatic turret microhardness tester can meet the basic Vickers hardness testing requirements, and the upgraded control system can provide more measurement data and more accurate control.

In the preparation of metallographic samples, the grinding of the sample is an essential process. The grinding of the sample is generally divided into two processes: rough grinding and fine grinding. The purpose of rough grinding is to obtain a flat surface, which is generally completed on a grinding wheel, and there are still deep marks on the surface of the sample. The purpose of fine grinding is to eliminate these abrasion marks to obtain a flat and smooth grinding surface, which is ready for the next polishing. The M-1 metallographic sample grinding and polishing machine can be used for the fine grinding of metallographic samples. The shell is made of integral blister, with a novel appearance. It has the characteristics of smooth rotation, low noise, convenient operation and high work efficiency. It also has its own cooling device, which can cool the sample during grinding to prevent the metallographic structure from being damaged due to overheating of the sample. It is suitable for metallographic laboratories in factories, colleges and universities, and scientific research units, and is an excellent equipment for pre-grinding metallographic samples.

The XQ-2B metallographic specimen inlaying machine is designed for small or irregularly shaped samples that are not easy to hold by hand. The use of thermosetting plastics to embed samples and form the inlaid specimens is also an essential pre-process for grinding and polishing. This inlay machine has its heating temperature controlled by a digital thermometer, and all its various performances are stable and reliable. For safer operation, the machine is equipped with a safety cover. It is the optimal equipment for sample inlaying.