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The ultimate r-evolution in industrial technology
AXXIOS products are smart materials. They have the ability to influence the frequency fields of material structures.
Manufactured in Switzerland—Swiss made 🇨🇭– and specifically developed to meet the expectations of the microtechnology, watchmaking, machine tool and automation, mobility, and sports industries.
Our goal: To optimize your performance!
By reducing vibrations, you will achieve better results, whether in sports or on your machines.
Effective vibration reduction thanks to innovative materials
Our new module or powder for vibration control combines ceramics, nanocarbon, and mineral additives to effectively dampen vibrations and selectively absorb and reflect energy.
By specifically tuning to particular frequencies, we use the interactions between phonons and photons to influence resonance vibrations.
The contact surface and intermolecular interactions enable energy exchange between the module/powder and the material to be influenced.
By combining these advanced technologies, we maximize the effectiveness of vibration influence and improve the overall performance of materials.
Trust our expertise for innovative solutions in vibration reduction!
Strategic Definition
Thanks to precise scientific analyses and measurements, we guarantee increased performance and reliability for every machine and every product.
Each project begins with a deep understanding of your challenges and the goals you want to achieve.
Based on the analyses and measurements carried out, we develop a prototype anti-vibration module or powder specifically designed and tailored to your requirements, whether it is to improve the performance of a machine or a specific product.
We work with you to develop a customized strategy that combines industrial vision and technical expertise to maximize the efficiency of your machine fleet or improve your products.
Our technology
Vibration reduction or excitation with Axxios
The influence of vibrations through material surfaces can be achieved by applying an Axxios module or using a special powder incorporated into the material.
Absorption and resonance reflection
When the vibration frequency of a material matches the resonance frequency of the module or powder, the phonons and/or photons present in the module or powder can effectively absorb certain frequencies and reflect others, thereby reducing the amplitude of the resonance vibrations.
Contact potential
The use of nanocarbon increases the contact surface, which improves the efficiency of energy transfer between the module or powder and the material to be influenced. This occurs thanks to intermolecular interactions that significantly increase the contact potential.
Absorption and reflection
As with dyes that absorb certain wavelengths of light and reflect others, the module or powder can be designed by adding and modifying it to absorb specific frequencies of mechanical vibrations and reflect others. This selective effect can be adjusted by the material composition and structure of the module or powder.
Energy-frequency relationship
The interactions between vibrations and nanostructures in the module or powder can be described by the Compton wavelength. This helps to quantify the efficiency of energy transfer and absorption and allows us to calculate resonance frequencies when tuning modules or powder.
SUMMARY
The combination of phonons, photons, contact potential, absorption, and Compton wavelengths provides a comprehensive framework for explaining the reduction in vibrations achieved by the bonded module or incorporated powder. Through the targeted selection of materials (ceramics, nanocarbon, minerals, and pigments) and frequency adjustment, the effectiveness of the influence on vibrations can be maximized.