The Texture Analyzer (Food Technology Corporation, Kent, UK) is a versatile mechanical testing instrument used to characterize the textural and mechanical properties of materials under controlled compression and tension modes. The system is equipped with three interchangeable load cells (10 N, 50 N, and 250 N), allowing accurate measurement across a wide range of force sensitivities.

It supports single- and cyclic-testing protocols, enabling detailed evaluation of elasticity, deformation behavior, and structural integrity. In our laboratory, the instrument is primarily used to assess the mechanical performance of packaging films, cosmetic formulations, and materials developed for biomedical applications.

The Modular Compact Rheometer (MCR 92) is a high-precision rotational rheometer designed to characterize the flow and viscoelastic behavior of complex materials. It enables controlled shear and oscillatory measurements to evaluate the mechanical and structural properties of soft matter systems.

The instrument performs flow curve analysis as well as frequency and amplitude sweep tests, allowing detailed assessment of viscosity, viscoelasticity, and structural stability. In our laboratory, it is primarily used to study gels, cosmetic formulations, and materials for biomedical applications, providing critical insight into performance, stability, and processing behavior.

The Fungilab™ Alpha Series Rotational Viscometer is a reliable instrument designed for precise measurement of fluid viscosity across a wide range of sample types. It operates using rotational spindle technology to determine resistance to flow under controlled conditions.

In our laboratory, the viscometer is used to measure the viscosity of culture media during the production of exopolysaccharides (EPS), enabling monitoring of process performance and consistency. It is also applied to characterize materials and feedstocks, as well as to assess the overall viscosity of various solutions for research and development purposes.

The TMAXCN RYJ-600E2 Manual Hot Press is a laboratory-scale compression molding system designed for controlled thermo-mechanical processing of polymeric materials. It operates within a pressure range of 0–10 tons and features double-plate heating with a temperature range from room temperature up to 300 °C. The working area of 200 × 200 mm enables the fabrication of uniform films and molded structures.

In our laboratory, the hot press is used to produce biopolymer-based films and microneedles for applications in packaging, biomedical, and textile sectors. The system allows precise control of temperature and pressure, ensuring reproducible material processing and consistent structural and mechanical properties.

The Micro Compounder MC5 is a precision laboratory-scale compounding and extrusion instrument designed for efficient processing of polymers, composites, and experimental formulations. The system features a co-rotating twin-screw configuration, enabling high-shear mixing and uniform dispersion of materials at controlled temperature and shear conditions. It supports small batch processing, making it ideal for research, development, and pilot-scale production.

In our laboratory, the MC5 is primarily used to develop and evaluate new polymeric materials and composite blends.

Our orbital shakers are used to mix liquids by moving samples in a circular (orbital) motion. This gentle, consistent agitation ensures even mixing without causing excessive splashing or shear stress. It is commonly used for tasks such as growing microbial cultures, dissolving substances, and performing biochemical reactions. Many models allow adjustable speed settings and may include temperature control for precise experimental conditions.