MOS

A microscope is used to magnify and observe small objects, widely utilized in fields such as biology and materials science. It is an essential tool for analyzing the fine structures of specimens using light or electrons.

FT-IR analysis involves passing infrared light through a sample to identify the molecular chemical structure and composition. This method is used to determine the characteristics of substances or to identify mixtures, and it is applicable to both qualitative and quantitative analyses.

A universal testing machine is a device that measures strain during tensile testing of materials by precisely recording the length changes caused by applied force on a specimen. It enables the evaluation of properties such as elastic limit, strength, and elongation.

A durometer is used to measure the surface hardness of a material by evaluating the depth or size of the indentation left after applying a specific force.

This device measures the specific gravity by comparing the density of a substance to that of water. It is used to assess the concentration and purity of liquid or solid materials.

This instrument utilizes laser or optical technology to scan the surface of an object without contact, precisely measuring its three-dimensional shape. It enables accurate analysis of the dimensions and geometry of complex structures.

A plating thickness tester accurately measures the thickness of thin metal coatings on plated surfaces. It primarily uses X-ray fluorescence (XRF) or magnetic induction methods and is essential for quality control and uniformity assessment of plating.

An aging tester accelerates the physical and chemical changes in rubber caused by heat, ultraviolet light, and oxidation. It is used to evaluate the durability, quality, and lifespan of rubber products.