“If you want to understand the universe, think in terms of energy, frequency, and vibration.” – Nikola Tesla
Divine Acoustics presents the new flagship hi end audio vibration-damping feet with tuning capability.
Galileo has been designed to work in conjunction with high end audio devices. By dampening micro-vibrations, they help devices achieve their maximum sound potential.
Galileo doesn’t alter the character of the devices, neither sharpen the sound, nor artificially warm it. However, they significantly reduce the level of noise caused by micro-vibrations. They unveil previously masked spatial sounds and information, making them distinctly audible.
Galileo represents accurate recording timing, high resolution, unmasked resonances of individual sounds, clear spatial information, and nuanced plans.
It’s simply music!
CONSTRUCTION
Galileo consists of six main modules. They form the housing and frame of the damping packages, as well as the height adjustment mechanism, allowing for resonance correction. The central part features a threaded core mounted on a ring with a precisely determined mass distribution. A total of 21 damping layers are spread in packages between the upper and lower parts of the foot. The elements around the circumference have been arranged according to the golden ratio principle. The housing is made of stainless steel and high-quality acrylic.
A SET OF 3 PIECES FOR PLACING UNDER AUDIO DEVICES
how galileo works?
The resonance of a device is influenced by its mass, shape, external dimensions, as well as the materials from which it is made, and the arrangement of internal components such as the positioning of the transformer, mechanism, etc. Considering so many variables, in order for the anti vibrations feet to fulfill their function, they need to be “fine-tuned” to the device. The resonance adjustment in Galileo is provided by the regulation of the central pin. Its height can be adjusted by 8 millimeters through 6 complete rotations of the thread. Generally, the heavier the device, the lower the Galileo should be set. However, due to many other properties that also affect the inherent resonance of the devices, the final height of Galileo should be determined during listening sessions. More information on setting up and fine-tuning of Galileo can be found in the user manual.
TECHNOLOGY
Extensive research into the mechanical properties of various materials and their impact on the sound of audio systems has led to the development of a combination of layers that positively influence sound. These layers mainly consist of elements and simple chemical compounds found in nature. We named this layer composition the “damping package,” and the entire technology is known as CeraGem.
CeraGem technology combines the advantages of hard materials, such as ceramic sinter, precious gemstones with a consistent crystal structure, as well as various metals and non-metals. CeraGem technology is our proprietary solution. It does not replicate the approaches used by other companies that combat vibrations using ceramic balls, soft spacers, magnets, or bearings.
Explore our technologies:
TECHNICAL DATA
- Outer diameter: 82mm;
- Weight of the foot: 360g;
- Minimum height: 40mm;
- Maximum height: 56mm;
- Maximum load capacity per foot: 25kg;
FUNCTIONAL ADVANTAGES OF THE DESIGN:
- Large contact surface with the floor/countertop for improved stability;
- Easy height adjustment;
- Available in sets of 3 or 4 pieces.
COMPARE KEPLER AND GALILEO VIBRATIONS ABSORBING FEET
| KEPLER | GALILEO | |
|---|---|---|
| quantity of damping layers | 12 | 21 |
| quantity of parts | 40 | 210 |
| height | 35-40 mm | 40-56 mm |
| diameter | 60 mm | 82 mm |
| weight | 250 g | 360 g |
| purpose | speakers and devices | devices |
Experience the significant sound improvements brought by anti-vibration. Test and explore Kepler and Galileo in your audio system.
