Address | 6 Takeda Tobadono-cho, Fushimi-ku, Kyoto 612-8501 Japan |
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Telephone | 81756043500 |
URL | https://global.kyocera.com/index.html |
masatsugu.kamiura.gt@kyocera.jp |
In the harsh and extreme environments of space applications, Kyocera's Fine Ceramics demonstrate exceptional reliability with superior strength, long-term dimensional stability, radiation resistance, heat resistance, and insulation properties.
■Features of Kyocera’s Fine Cordierite Ceramic Mirror
Kyocera’s Fine Cordierite ceramic mirror possesses the following four properties, achieved through our Fine Ceramic material and firing technology developed over more than 65-years to enable stable optical communication even in space.
(1) Low Thermal Expansion
(2) High Mechanical Strength and High Rigidity
(3) Long-Term Dimensional Stability
(4) Radiation Resistance
*Picture 1 : Fine Cordierite Optical Mirror
*Picture 2 : Fine Cordierite Optical System (Provided by Kyoto Sangyo University)
・Visualize and Digitalize Bottleneck processes.
・Investigate a cause of defectiveness and Keep monitoring machining conditions.
・Cluster Analyzing by material lots.
In the manufacturing industry, the transformation towards process improvement, labor-saving, and automation is progressing through the IoT integration of production equipment and the establishment of smart factories. Kyocera, anticipating a digital society, is developing a "Sensing Tool" that digitizes cutting processes. This tool quantitatively evaluates machining conditions, allowing anyone to manage production processes with stable machining, working towards the realization of fully automated operations in the future.
KYOCERA AVX’s Space product offering is a result of 90+ years of leading products within the Frequency Control Industry with over 65+ years of space heritage. Modern layout topologies enable KYOCERA AVX to engineer and manufacture robust designs for all applications.
-APPLICATIONS-
・Satellite Master Clock
・Satellite GPS Precision Timing Devices
・Satellite Master Reference Oscillator
・Satellite Radar
・Satellite Weather Radar
*Picture 1 :MASTER REFERENCE OSCILLATOR WITH DISTRIBUTION: MEDUSA
*Picture 2 :DISCIPLINED MASTER REFERENCE OSCILLATOR: IRIS GPS
*Picture 3:OVEN CONTROLLED CRYSTAL OSCILLATOR WITH VOLTAGE CONTROL: LEO SPACE