Measureing devices for evaluation

To provide better services and products, it is important to have different measuring devices specific for evaluation. Here is the information of our evaluation machine.

	Image Measuring Device Our measuring device can measure target size, Hole diameter, angle, hole pitch and level with one botton. It can measure 300 spots and 100 target at once. with the analyze function, it can lower the measurement error.
	3D Scanner Type 3D Coordinate Measuring Machine This device scans and measures complex 3D shapes non-contactly. It features easy operation, non-contact measurement capability, and seamless integration with CAD. Functions include comparison with CAD data, conversion of scanned data to CAD, and outputting STEP files. Its non-contact nature allows for measuring features like straightness and flatness without applying loads that could affect the object.
	coordinate measuring machine (cmm) It can measure surface dent and convex without mechanical contact. Main measurement: 3D image (surface irregularities), Cross-sectional shape, Ra, Sa.
	Coordinate Measuring Machines It can measure height, length, hole diameter, surface roughness and R in 0.1μm automatically. Accretech Tokyo Seimitsu machine Measuring area：W850×D1000×H600
	Digital Mircoscope It can provide quick and accurate measurement and simple picture in not just two dimensional but also in 3 dimensional. microscope maximum resolution: 5000x
	CNC image measurement Contour measurement Size, Hoel diameter, Angle, Hole pitch, level difference, etc. It can measure automatically in μm.
	Surface roughness mesurement It can measure surface roughness in 0.001mm. it can also measure inside of a hole and bottom of a channel.
	Ceramic surface plate, squareness measurement It can measure by 1μm
	Electric micrometer Comparision measurement. It can measure by 0.1mm specific for measureing parallelism and flatness.
	Laser Scanning Micrometer High-accuracy measuring device for an outer diameter inspection. It is possible to measure 0.1μm unit. Possible to measure the dimensional variations in one piece. It measures the high accuracy of bar items such as ceramic pistons or ceramic shafts.

Check the facility introduction from here

Collaboration with KYOTO MUNICIPAL INSTITUTE OF INDUSTRIAL TECHNOLOGY AND CULTURE

Nishimura Advanced Ceramics is collaborating with the Kyoto Municipal Institute of Industrial technology and culture(KITC)

Below systems are installed at KITC

X-ray fluorescence
Thermal analysis equipment
Thermal conductivity measuring apparatus
X-ray diffractometer
Scanning electron microscopy

A joint research project is often held between KITC and Nishimura to ensure product quality.

All Technical experiments are according to Japan Industrial Standard(JIS standard) as requested by Japan Fine Ceramics Center(JFCC)