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The ultimate r-evolution in the industrial technology
AXXIOS products are smart materials. They have the ability to influence the frequencies 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 intentionally reducing or increasing vibrations, you will achieve better results, whether in sports or on your machines.
Effective vibration control thanks to innovative materials
Our new vibration modification module or powder combines ceramics, nanocarbon, and mineral additives to effectively dampen or amplify vibrations by selectively absorbing and reflecting energy.
By specifically tuning to particular frequencies, we use the interactions between phonons and photons to influence resonance vibrations.
The contact surface and intermolecular polarizations enable interactions between the module/powder and the material being modified.
Trust our expertise for innovative vibration reduction solutions!
Strategic Definition
Through precise measurements and materials analysis, we guarantee enhanced performance and reliability for every machine and every product.
Each project begins with a thorough understanding of your challenges and objectives.
Based on the analyses and measurements carried out, we develop a prototype module specifically designed and tailored to your needs.
In collaboration with you, we develop a customized strategy that combines industrial vision and technical expertise to optimize the efficiency of your machines or improve your products.
Vibration control technology
The influence of vibrations on the surfaces of materials can be achieved using an Axxios module or a special powder incorporated into the material.
Vibration damping by resonance
When the vibration frequency of a material matches the resonance frequency of the Axxios module or powder, certain frequencies may be absorbed or reflected by the interaction of phonons and photons.
SUMMARY
The combination of physical effects such as phonons, photons, contact potential, polarization targeted absorption and quantum mechanics models allows for efficient vibration control.