KASON HTMV- 1000 Micro Vickers Hardness Tester

Description:

KASON HTMV- 1000 Micro Hardness Tester adopts the whole casting process of the shell, and the punching alignment

adopts a knife-type straight through, which ensures the concentricity coaxiality of each hole position, which lays a good foundation for the high precision and high stability of the machine.

The Hardness Tester light source adopts a special high-quality imaging light source system on the Metallographic Microscope, and the brightness of the light field is uniform and clear, thereby reducing the measurement error of the printing indentation.

The operation interface adopts a menu structure, and the hardness scale HV or HK can be selected on the

operation panel, the hardness value of the Test is input, and the display is manually input.

Various hardness values can be converted to each other. Manual turret positioning.

Features:

1.Small screen new machine not only has data storage query and average calculation function, but also USB

flash memory function (this function is optional)

2.The positioning of the new machine is more precise with the three-point card position, and the repeated dot

position is not offset.

3.The new machine support shrapnel adopts imported special custom materials with high toughness, high fatigue resistance and no deformation (can provide three years of free replacement).

4.The new machine operation interface adopts humanized format, the digital area and function distinguish

column type, the face key has clear Chinese and English logos, and the menu has Chinese and English language switching display function, which is suitable for convenient operation by many nationals. The menu functions are clearly and meticulously detailed, and the lighting brightness, menu selection and objective lens selection all have a memory function.

The 10X and 40X objective lenses in the high-profile model have both measurement and observation functions

(only 40X objectives in the same class have measurement functions).

Technical Parameter：