Determinations of melting, softening, and sintering points using a Camar Elettronica heating microscope in high temperature ranges (up to 1600°C). The equipment provides precise and reliable results in the study of thermal properties.

This testing method is crucial for maintaining the reliability and safety of industrial processes and equipment, particularly in areas where pressure vessels and pipelines are used.

The aim of the SICO test is to examine how cracks form in a material due to deformation.

The MTS 312 and MTS 810 equipment enable fatigue crack propagation tests under varying environmental and loading conditions.

Compaction tests using the Modified Proctor method with the Controls Proctor equipment in a geotechnical laboratory.

Numerical simulation laboratory: TYAN and SUN FIRE workstations, ANSYS Workbench - FLUENT software for fluid flow and thermal engineering applications.

Lancsarics motor testing laboratory: 250 kW dynamometer, various test engines, AVL exhaust gas analyzer. Comprehensive testing of internal combustion engines using modern equipment.

Accurate determination of natural water content in soil samples using laboratory methods.

Climate chamber test with ANGELANTONI TEST TECHNOLOGIES WZH38 + 1043 laboratory equipment. Ideal environment for product and material testing according to the specifications.

Determining the natural frequency of machine elements using PULSE and PHOTON measurement frames, an impulse hammer, and a shaker. Accelerometers provide precise results.

Using the PULSE 6-channel measurement frame and the B&K2260 investigator, the sound power level of household appliances and power tools can be tested. The measurements are conducted in accordance with standard requirements, with a special focus on the enveloping surface method.

Impact tests are essential for determining the fracture properties and resistance of materials.