The nanoREV LTSTM is a specialized Low-Temperature Scanning Tunneling Microscope (STM) manufactured by Quazar Technologies, designed to image material surfaces with atomic-scale precision. It operates within a wide temperature range of 80 K to 330 K, utilizing a liquid nitrogen-based cooling system to investigate material properties that emerge at low temperatures. The system distinguishes itself with a fully automated hoisting mechanism and a rotary scan head, which significantly simplifies the complex process of exchanging tips and samples in a cryogenic environment. As a non-optical instrument, it scans a sharp electrical probe across the sample surface to generate detailed topographic maps—such as the hexagonal lattice of carbon atoms—making it a critical tool for advanced research in nanotechnology and condensed matter physics

The Polarising Microscope (DM2700P) is a high-quality upright polarization microscope manufactured by Leica Microsystems, specifically designed for the investigation of crystalline structures in geology, mineralogy, and materials science. It features advanced, ultra-bright LED illumination that provides a constant color temperature (approx. 4500 K), ensuring consistent and realistic sample imaging without the heat generation associated with traditional halogen lamps. The system is versatile, supporting both incident and transmitted light techniques, and is equipped with a 5-position centerable nosepiece and a color-coded diaphragm assistant (CDA) that helps users quickly match illumination settings to the objective lens. With capabilities for orthoscopy, conoscopy, and differential interference contrast (DIC), the DM2700P is an essential tool for analyzing optical properties like birefringence in minerals, plastics, polymers, and other anisotropic materials

The XPLORE PQMS (Physical Quantities Measurement System) is a versatile, fully automated experimental setup designed for the precise characterization of materials. It is primarily used to measure electrical transport properties (such as resistivity and I-V characteristics) and magnetic AC susceptibility as a function of temperature. The system operates within a temperature range of 80 K to 450 K, utilizing a liquid nitrogen-based cryostat for cooling and a heater for accurate temperature control. This equipment is essential for research in condensed matter physics, particularly for studying superconductors, semiconductors, and magnetic transitions in various samples

The SpinNXG-P2 is a sophisticated, programmable spin coating system engineered for the precise deposition of thin films and coatings onto a variety of substrates. Capable of reaching rotational speeds of up to 10,000 RPM, it offers exceptional control over acceleration and spin duration, ensuring highly uniform film thickness even on larger substrates. The system features a chemical-resistant working chamber and an advanced microcontroller interface that allows users to store and execute complex, multi-step coating recipes. This versatility makes it an essential tool for applications such as photoresist coating, sol-gel processes, and the fabrication of organic or inorganic layers in research and development.