Device for the study of physico-mechanical properties of materials by continuous indentation and scanning indentation PP191

Purpose and scope

The device is designed to measure microhardness, elasticity, creep, crack resistance, adhesion of coatings, scratch resistance and friction force of metals, alloys, minerals, ceramics and other materials by standardized indenter indentation and scratching methods. The device can be applied in factory laboratories, research institutes, educational institutions, in metallurgical, machine - building, aerospace, mining, electronic industry

Main technical characteristics

Load range: 0. 01 - 500 cN.

Immersion depth: 0. 005 - 200 µm.

Loading speed: 0. 01 - 200 mV/ s.

The holding time under load: 0 - 10 min.

Scanning range: 25×25 mm.

Scanning speed: 20 and 60 µm/s.

Resolution of the camera: 5, 0 MP.

Microscope magnification: × 10 - 500

Main advantages of the development

A distinctive feature of the device is an order of magnitude less weight, resistance to external vibration, versatility and performance achieved through the use of the original method of measuring the depth of indenter immersion relative to the surface of the sample, not the frame of the device

State of intellectual property protection

Received 2 patents of Ukraine

Market demand

The demand is due to the need to study and control the physical and mechanical properties of materials and products

The development readiness status

A prototype is made. A drawing of parts and circuit boards is developed. The software is developed