RAMPF Group Japan K. K. List of Products and Services

Mineral casting is an engineering material with great future potential. [Features] - High vibration damping: Contributes to improved processing accuracy. - Excellent thermal stability: Contributes to improved processing accuracy and operational efficiency. - Manufactured using room temperature casting, allowing for high-precision bonding, which increases design flexibility (pre-embedding of wiring, ducts, and guide mounting bases is possible). - CO2 emissions during manufacturing can be reduced by nearly 80% (compared to traditional casting, according to research from the German headquarters). - It is an insulating material. - It has water resistance and resistance to many cutting oils and coolants. - It is produced ecologically using abundant materials, allowing for a stable long-term supply. - It has X-ray shielding properties (in some products). - Good recyclability: It can be crushed and used as aggregate for road construction. [Please view the introduction video at the following URL] https://www.youtube.com/watch?v=1LyzKSPOTIA *Various application achievements are currently available. *For more details, please refer to the PDF materials or feel free to contact us.

• Composite Materials

Vibration-damping machine bed materials for highly dynamic machine engineering applications and technologies Mineral casting is an engineering material with great potential. High-quality binders based on selected ores and epoxy resins create machine components with excellent properties, a wide range of design options, and tangible economic benefits. This advanced material possesses high resistance to cutting oils, coolants, and more, achieving advanced environmental protection through efficient resource-utilizing manufacturing, enabling environmentally friendly disposal and recycling. [Customer Benefits] > The latest production processes ensure consistent material properties (rigidity, strength, vibration and shock damping, etc.). > Low casting temperatures, innovative precision techniques, and bonding technologies achieve the highest accuracy, outstanding functionality, and enhanced functional integration. > Extremely high cost performance is realized through design tailored to the material and high-performance technology (reduced processing and assembly times, high production uptime, shortened delivery times).

• Composite Materials