Technology and R&D
In the pursuit of new value,
we are exploring novel materials and
emphasizing R&D of next-generation technology.
In the pursuit of new value,
we are exploring novel materials and
emphasizing R&D of next-generation technology.
ICP-MS is an elemental analyzer that uses inductively coupled plasma to ionize elements contained in a liquid sample for qualitative and quantitative evaluation of trace elements.
This is a high-pressure, highspeed rotating testing machine used to evaluate the performance of mechanical seals under severe operating conditions in actual machines.
CAE is used to conduct structural and fluid analysis, to enable quantitative studies of the optimum seal shape and flow path shape according to product specifications, which in turn contributes directly to the design and proposal of the product.
Data such as leakage amount, sliding load, and tightening pressure under pressure conditions of up to 100 MPa can be collected using these devices, and the data is used for the development of high-pressure packing.
We have a laboratory equipped with a neutralization system to handle various types of liquid chemicals used in the semiconductor market.
The testing equipment imitates a valve, and the data logger automatically collects data such as leakage amount, sliding load, and tightening pressure under a wide range of temperatures and pressures from high to low.
In addition to scanning and irradiating electron beams and capturing the signals generated by the magnetic field type lens as images, our SEM can also identify elements contained in materials. It is mainly used for surface observation of developed products, fracture surface observation of returned products, and foreign material investigation.
By irradiating X-rays while changing the angle, our XRD can identify and specify substances with the same constituent elements based on the difference in crystal structure from the angle of irradiation and X-ray intensity. It is mainly used to confirm the crystal structure of developed products.
By continuously irradiating infrared rays with varying wavelengths, molecular structures can be identified from the unique spectra corresponding to the vibration energy inherent in molecules. Our IR is mainly used for checking rubber materials and investigating foreign substances in returned goods.
Our TMA can heat and cool materials in a wide range from low to high temperatures, and measure thermo-mechanical properties such as thermal expansion, thermal contraction, and softening. It is mainly used to check the linear expansion coefficient of developed products.