AperçuHVS-50 digital small load Vicker hardness tester adopts unique precision design in mechanical, électrique, and light source to make indentation imaging clearer, measurement more accurate. It uses color liquid crystal display screen, système de contrôle à microprocesseur 32 bits haute vitesse, fully realizes man-machine dialogue and automatic operation. It has the advantages of high testing precision, opération simple, haute sensibilité, utilisation pratique, stable indication and so on. It controls test force automatic application, retention, removal, hardness value direct display and other functions by the motor.

The body part is molded by casting process and has been treated for a long time. Compared with the splicing process, the shape variables of the casting one are extremely small, and it can effectively adapt to all kinds of harsh environment.

Peinture de voiture, high grade lacquer, strong scratch resistance, still bright as new after years of use.

Le système optique conçu par l'ingénieur optique principal n'est pas seulement clair en image, mais peut également être utilisé comme un simple microscope. The brightness is adjustable, the vision is comfortable, and the long time operation is not easy to fatigue.

Using high-resolution measurement and observation objective lens and high-definition digital measuring eyepiece with a length encoder, which realizeds the one-key measurement of diagonal length of indentation, and eliminates the errors and troubles of manual input in the reading process.

Optional CCD Image processing system and video measuring device.

Bluetooth module, Imprimante Bluetooth, Bluetooth PC receiver can be selected to achieve wireless printing and wireless data transmission.

The precision is in accordance with GB/T4340.2 ISO6507-2 and ASTM E384 standards.

Application range1.Métal ferreux, métal non ferreux, IC sheet, revêtement de surface, and laminated metal; 2. Verre, céramique, agate, gemstones, thin plastics, etc.. 3. Hardness test of depth and gradient of carbonized and quenched layers.