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RAMPF Holding GmbH & Co. KG Albstraße 37 72661 Grafenberg, Germany http://www.rampf-group.com
Contact Mr Benjamin Schicker +49 7123 93420

Chinese Engineers Utilize Vast Potential of RAMPF Mineral Casting

Maximum vibration damping and minimal CO2 emissions for high-performance machine beds and structural components at JM 2024 in Qingdao – Hall W1 / Booth C55

(PresseBox) (Nantong, China, )
Unbeatable damping qualities, outstanding thermal stability, unparalleled design flexibility, energy-saving production – RAMPF is presenting its EPUMENT® mineral casting technology for high-performance machine beds and structural components at JM Qingdao International Machine Tool Exhibition 2024 – Hall W1 / Booth C55.

Key facts

1. The stand-out benefits of EPUMENT® mineral casting are its outstanding damping qualities, extremely high thermal stability, and unparalleled design flexibility.

2. The material’s high degree of functional integration paves the way for the development of intelligent machine beds for the digitization of manufacturing processes.

3. Small carbon footprint – compared to gray cast iron and steel, the manufacture of EPUMENT® mineral casting emits up to 4.5 times less CO2.

An increasing number of engineering companies in China are utilizing the vast potential of EPUMENT® mineral casting to manufacture machine beds and structural components in machine tool construction and the semi-conductor, laser, medical, and packaging industries, amongst others. The main benefits of RAMPF’s epoxy-based material:
  • Outstanding damping qualities – the machine bed structure guarantees maximum dynamic stability in ultra-fast and high-precision production machinery; comparative measurements of logarithmic decrement as a damping parameter show that mineral casting has a material damping capacity that is eight to ten times greater than metal materials such as gray cast iron and welded constructions.
  • Outstanding thermal stability – the material’s low thermal conductivity ensures a very slow response to short-term temperature influences; as a result, the minimal deformation of the frame ensures maximum machine accuracy.
  • High degree of functional integration – the cold-casting process of EPUMENT® enables sensors and actuators to be directly integrated into the machine bed, making these so-called “intelligent machine beds” an important prerequisite for the digitization of manufacturing processes.
  • Energy-saving production, environmentally friendly disposal– thanks to cold casting and an extremely high casting accuracy, up to 75 percent primary energy is saved compared to gray cast iron, and CO2 emissions are 4.5 times lower; RAMPF mineral casting can be recycled as normal construction waste for fillers or soil stabilization.
RAMPF (Nantong) provides its customers with a holistic service offering, including material-specific design and engineering, production, assembly, and the construction of customized multi-axis moving systems and basic machinery.

Visit RAMPF (Nantong) at JM Qingdao International Machine Tool Exhibition from June 26 to 30 – Hall W1 / Booth C55!

RAMPF Holding GmbH & Co. KG

Die RAMPF-Gruppe steht für Engineering and Chemical Solutions und bietet Antworten auf ökonomische und ökologische Bedürfnisse der Industrie.

Die sechs Kernkompetenzen der Unternehmensgruppe sind spezialisiert auf Produkte und Lösungen rund um Reaktionsharze, Maschinensysteme und den Leichtbau mit Composites.

RAMPF denkt global und handelt lokal: An strategisch wichtigen Standorten in Deutschland, den USA, Canada, China, Japan und Korea ist die Unternehmensgruppe mit eigenen Produktionsstätten präsent.

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The publisher indicated in each case (see company info by clicking on image/title or company info in the right-hand column) is solely responsible for the stories above, the event or job offer shown and for the image and audio material displayed. As a rule, the publisher is also the author of the texts and the attached image, audio and information material. The use of information published here is generally free of charge for personal information and editorial processing. Please clarify any copyright issues with the stated publisher before further use. In case of publication, please send a specimen copy to service@pressebox.de.