Explaining the principles and benefits of rheology and viscoelasticity measurement, the mechanisms of measurement devices, and examples of applications! For consideration of rheometers/viscometers!
It enables compression tests of microscale spheroids and gels, as well as tensile and compression tests of biological samples (tendons and cartilage) in liquid.
Achieve measurements in a short time and high stability! This is a transmittance meter that complies with JIS standards!
We will analyze the "functional components" of processed foods, crops, beverages, and more.
It is suitable for structural analysis of samples that can be analyzed without isolation and purification of mixtures, and for samples where structural changes occur due to pretreatment, making component fractionation difficult!
In material analysis and research and development, information about the properties of the target sample and the temporal changes observed through testing is extremely important!
Conduct component analysis of rust, scale, and water used! It is possible to estimate the cause of corrosion.
We will propose preprocessing suitable for the analysis purpose and appropriate methods, and conduct analysis by fractionating each component!
An investigator of general buildings containing asbestos, who is also scheduled to obtain expert qualifications, will conduct the analysis!
We will conduct shape observation and elemental analysis of dust using an electron microscope equipped with an energy-dispersive X-ray analysis system!
Rare metals and precious metals contained in waste electronic devices, incineration ash, and non-combustible waste residues are being re-evaluated as recyclable resources!
You can determine the type of element from the wavelength (qualitative) and the concentration from the emission intensity (quantitative)!
Simultaneous analysis of various components! Analysis service for functional ingredients contained in foods and other products.
From survey planning to report creation! We will produce highly accurate survey reports.
It is possible to set 16 different crystal preparation conditions at once! You can easily obtain results that match well with literature values for the solubility of organic semiconductors in solvents!