A composite material that combines ore and epoxy resin, bidding farewell to stone procurement risks! It features thermal stability, vibration damping, and low thermal expansion, making it ideal for precision measuring instruments and more!
The composite material "Mineral Casting" is a stone material alternative that excels in supply stability due to being completely domestically produced, from raw material procurement to processing, contributing to the resolution of procurement risks associated with natural stone.
It significantly simplifies the processing steps through the incorporation of functional parts and precision machining via high-precision transfer, achieving a reduction in lead time while ensuring the necessary accuracy.
This artificial stone reproduces dimensional stability close to that of natural stone and can be applied to high-precision processing machines and measuring instruments.
■ Raw material procurement and manufacturing are possible within Japan, making it less susceptible to external factors, thus achieving stable supply.
■ Since parts like insert nuts can be integrally formed during casting, secondary processing is unnecessary. High-precision transfer is possible, reducing the polishing processes that were required with conventional stone, thereby shortening manufacturing time.
■ With low thermal conductivity and high vibration damping properties, it can be applied to processing machines and measuring instruments that require high precision, contributing to the high precision and speed of semiconductor manufacturing equipment and machine tools.
■ Additionally, if greater rigidity is required, a hybrid structure of cast iron and mineral casting can be proposed, which is effective for parts with strict dimensional constraints and fit requirements.
*For more details, please download the PDF or feel free to contact us.
