MHV-1000Z/V3.0 fully automatic micro Vickers hardness tester

MHV-1000Z/V3.0 fully automatic micro Vickers hardness tester

Product Highlights:

1. Combining the host with the computer for automatic control and reading

2. High precision automatic platform, automatic focusing, can set various dot paths

3. Automatic hardness measurement, automatic calculation of carburized layer depth, etc

4. language generationWORDReport to meet the needs of various testing personnel

Scope of application:

Black metal, non-ferrous metalICThin sheets, surface coatings, laminated metals; Glass, ceramics, agate, gemstones, thin plastic

Materials, etc; Hardness testing of depth and gradient of carbonization layer and quenching hardening layer.

Functional features:

MHV-1000Z/V3.0The fully automatic micro Vickers hardness tester integrates various latest professional technologies such as optical imaging, mechanical displacement, electronic control, digital imaging, image analysis, and computer processing. The control of the Vickers hardness tester and automatic stage is achieved through the computer host, and the hardness indentation is digitized and imaged on the computer screen. Then, through automatic reading, manual reading and other means, the microhardness, hardening layer depth, film thickness, two-point spacing, etc. of metal and some non-metallic materials, as well as various film layers and coatings, are accurately measured. It can also capture the surface morphology of metals and perform fixed magnification printing. This system breaks through the traditional hardness testing method and achieves fully automated, high-precision, and highly repeatable hardness testing, making it an important equipment for material analysis.

Main parameters:

Software functions:

System linkage: Through serial communication of the hardness tester, the system is linked with the hardness tester.

Pressure linkage: When the hardness tester test force is converted, the system senses the change in test force and displays it in real-time in the system.

Rotary tower linkage: software controlled hardness tester for objective lens—The indenter switches between each other without the need for manual control of the hardness tester.

Loading linkage: The software controls the hardness tester to load, without the need for manual control of the hardness tester.

Measurement linkage: Software controls the turret of the hardness tester, loads and directly reads the Vickers hardness value.

Optical linkage: automatic focusing.

Image acquisition: Real time display of hardness images, capable of storing and printing images.

Automatic measurement: Automatically identify the four vertices of the indentation, fast speed, accurate data, and multiple professional algorithms to apply to different indentations. Continuous testing, instant testing, and specified coordinate compression.

Automatic point finding: Take points near the four vertices of the indentation, and the system automatically finds the best vertex, greatly reducing human error.

Diagonal measurement: Point at the upper left and lower right corners of the indentation to read the hardness value.

Four point measurement: Take the four vertices of the indentation and read the hardness value.

Hardness conversion: According to national standards, automatically perform Brinell hardness conversion—rockwell—Vickers—Various hardness levels such as Nusselt hardnessNumerical conversion, real-time display.

Graphic report: Automatically record measurement data and generate hardness automatically—Depth curve, save or print hardness—Depth curve and all indentation measurements. Save or print the indentation image and the current indentation hardness value. All reports according toWORDDocument saving.

Result statistics: Measure the results of multiple indentations usingEXCELExport data format and automatically calculate measurement times, maximum and minimum hardness values, average values, variance, etc.

Linkage control: The system senses changes in test force, controls the hardness tester turret, and loads through serial communicationAnd read directly.

Automatic displacement: configured with high precisionX-YAutomated platform.

Automatic recognition: Leading indentation automatic recognition technology, in 0.3 Read within secondsD1/D2andHVValue.

Stable performance: It can automatically read non mirror polishing, uneven lighting, and non center indentation.

Powerful features: manual reading, automatic reading, hardness conversion, depth hardness curve, indentation image, graphic and textual report functions.

Easy to use: calibrated through hardness blocks, in line with users' daily habits. After half a day of training, it can be used normally.

Automatic reading: With a unique automatic reading algorithm, it can automatically read multiple types of indentations with fast speed and high accuracy.

Good repeatability: The automatic reading has high repeatability, meeting the professional requirements of users.

Automatic scanning: capable of automatically scanning the edges and contours of the sample.

Software parameters:

1Computer host: branded machine（2GMemory,500GHard drive,19Inch widescreen LCD screen

2Inkjet printer

3Applicable operating system:WIN XP、WIN7

4Digital imaging system

High resolution:130Ten thousand pixels（1280×1024）

High speed data collection:1280×1024resolving power:25 frame/Seconds;

High definition: Black and white images with better clarity；

Target surface size:1/2inch

5、X-Yautomatic carrier

Table size:110×110×50mm

Maximum travel:50×50mm

Minimum step distance: less than 2 micron

Mobile speed: adjustable;

Control methods: manual control, electric control, computer control;

6、X-YControl mode of physical platform computer

Positioning and movement: The platform is directly moved to the software set position;

Fixed point movement: Select any point on the sample and move it below the pressure head;

Directional movement: Click the mouse to control the stage to move freely in eight directions, and the movement step distance can be set;

Arbitrary movement: Drag the mouse to move the stage in any direction, making it easy for users to browse the surface condition of the sample;

Variable speed movement: When the platform moves, there are two gears available (fast and slow), with selectable and adjustable speeds;

Other functions: various professional functions such as arbitrary setting of origin position, automatic reset, mechanical limit, etc., to meet various needs;

7Measurement method

Automatic mode——Automatic stage movement（X、Y、ZDirection)+Automatic reading

Manual mode1——Auto Load+Manual eyepiece marking measurement

Manual mode2——Manually move the loading platform+Manual focusing+automatic/manual measurement

8Automatic reading/Manual reading

Automatic reading time: The reading time for a single indentation is approximately 300 millisecond;

Automatic measurement accuracy:0.1 Micrometer;

Automatic measurement repeatability:±0.8%

Manual reading: manual point taking, automatic point finding4 Point measurement2 Diagonal measurement;

9Save Results/output

storage/Output measurement data and experimental parameters, includingD1，D2，HV，X，YWait;

storage/Output effective hardening layer depth curve report;

storage/Output image;

Standard configuration: