Mikrosize Digital Micro Hardness Tester (Measuring Testing Instrument)

Digital Micro Hardness Tester

The Digital Display Microhardness Meter (equipped with a large-screen LCD display), a premium Measuring Testing Instrument offered by Mikrosize, is a newly designed and launched latest-generation high-tech product integrating optics, mechanics, and electronics. As a leading supplier in the field of measuring equipment, Mikrosize has fully utilized opto-mechatronic integration technology in this instrument, enabling one-click operation for high efficiency and speed. It adopts the C programming language and a dual-core dual-channel control system, along with an LCD operation panel. The encoder directly captures data, allowing for single or dual-bit display of any hardness value, making it a standout Measuring Testing Instrument in the market.

This instrument, provided by Mikrosize, is equipped with a large-capacity storage system and a microprinter, which is particularly suitable for batch sample detection—further enhancing its practicality as a professional Measuring Testing Instrument.

Scope of Application of HVS-1000 Digital Display Microhardness Meter

The HVS-1000 Digital Display Microhardness Meter, a key Measuring Testing Instrument from Mikrosize, is mainly used for measuring small and thin specimens as well as conducting brittle hardware testing. By selecting various accessories or upgrading different structures, this Measuring Testing Instrument can be widely applied in multiple fields. It is suitable for testing various metals (ferrous metals, non-ferrous metals, castings, alloy materials, etc.), metal structures, metal surface processing layers, electroplating layers, hardening layers (oxidation layers, various infiltration layers, coating layers), and for carrying out heat treatment tests, carburization tests, and quenching tests. Additionally, it can be used to test the interlocking junctions of small parts, brittle and hard non-metallic materials such as glass, maple, artificial gemstones, and ceramics. It also enables precise multi-point positioning measurement in fine parts, in-depth testing and analysis of embossments, coating layer testing and analysis, hardness gradient testing, observation and research of metallic phase structures, and coating layer thickness measurement and analysis. Undoubtedly, it is an essential Measuring Testing Instrument for quality control and material research, and Mikrosize ensures its reliability and performance to meet diverse industrial needs.

Highlights

This Measuring Testing Instrument from Mikrosize is equipped with a digital encoder for direct data acquisition, ensuring high-precision measurement— a core advantage that sets it apart in the category of measuring equipment.

It features a high-resolution imaging system, allowing for high-definition observation to clearly show scratches, further demonstrating the superior performance of this Mikrosize-supplied Measuring Testing Instrument.

With an extra-large screen and high-definition display, it can show a variety of parameters (such as indentation length, hardness results, light source brightness, tower position, load time, etc.). The Chinese operating system makes it easy and fast to use, adding to the user-friendly design of this Measuring Testing Instrument by Mikrosize.

The integrated structural design of the lens (indenter), tower base, optical system, and lighting achieves nearly 100% fine optical system performance, a testament to the advanced engineering of this Measuring Testing Instrument from Mikrosize.

The synchronization of the hardness measurement process allows for clear and intuitive observation of the machine's testing progress, making this Mikrosize Measuring Testing Instrument more efficient in practical operation.

Product Features

It has a small test force, enabling testing of thin samples or coatings— a key feature that expands the application scope of this Measuring Testing Instrument provided by Mikrosize.

The indentation is small, so it can be regarded as non-destructive testing, and multi-point testing can be carried out in a very small range. This feature makes the Mikrosize Measuring Testing Instrument more versatile in various testing scenarios.

The new floating-point calculation method makes the test results closer to the theoretical results, ensuring the high accuracy of this Measuring Testing Instrument from Mikrosize.

The host hardware and software adopt reserved port settings, allowing for easy activation of some function upgrades, which makes subsequent upgrade services more convenient. This reflects Mikrosize's consideration for the long-term use of this Measuring Testing Instrument.

The use of high-end graphic image processing technology and data processing technology ensures clear image indentations and high test accuracy, further solidifying the position of this Mikrosize Measuring Testing Instrument as a high-quality product in the market.

High-precision motor control technology makes tower conversion more convenient, enhancing the operational efficiency of this Measuring Testing Instrument supplied by Mikrosize.

The number of tower rotation steps can be selected, making tower positioning more accurate— a detail that showcases the precision of this Mikrosize Measuring Testing Instrument.

The adjustable loading and unloading system allows operators to easily complete multiple tests, improving the usability of this Measuring Testing Instrument from Mikrosize.

The 0-100% stepless adjustable lighting system reduces the operator's visual fatigue, and the automatic control lighting system can also complete automatic shutdown and startup. This humanized design is another highlight of this Mikrosize Measuring Testing Instrument.

The advanced storage system can store test results at any time to avoid data loss caused by power outages, and the advanced clock control system makes the time more clear. These functions ensure the reliability and stability of this Measuring Testing Instrument provided by Mikrosize, making it a trusted choice for various testing tasks.