Turntable - Revelation I
Driven by a a deep conviction to elevate analog music playback to a new level through advanced technologies and materials, we developed our Revelation 1 turntable.
Now in its third generation, this turntable stands out for its sophisticated technology, intuitive operation, and exceptional longevity.
Bearing
The heart of any turntable is undoubtedly the platter bearing.
For our system, we have chosen a hydrodynamic, non-inverted platter bearing. With a bearing surface crafted from polycrystalline diamond and other ultra-precision components, we ensure optimal rotational stability and minimal noise.
A key feature of our bearing design is its ability to dissipate the maximum energy generated during the playback process, preserving the purity and integrity of the sound.
Magnet relief
To ensure long-term, interference-free music playback, we employ magnetic relief for the vertical bearing.
Two repelling, magnetically shielded neodymium rings, positioned at the maximum distance from the cartridge, provide precise and controlled load relief.
Our bearings are engineered to rotate flawlessly for 100 years of uninterrupted performance.
Tonearm base
The tonearm base is a crucial component of our sophisticated energy management system.
Our tonearm bases are designed as quick-change systems, allowing another tonearm to be mounted on the turntable in a matter of minutes. This includes convenient preset positions to ensure precise tonearm alignment.
Tonearms from 9 to 12 inches can be installed.
We offer compatible tonearm bases for virtually all tonearm manufacturers.
Platter
Our platter is crafted from a special aluminum alloy and weighs approximately 18 kg. Both height deviation and rotational runout have been optimized to under 0.02 mm.
To suppress resonances, the aluminum platter is fitted with solid brass damping elements.
Drive system
Our drive system is positioned behind the turntable, fully decoupled from it. The motor drives a flywheel, which in turn drives the platter via a precision belt. Operation is controlled via a push-button on the drive unit.
The mounting of the heavy flywheel follows the same high-precision principles as the platter bearing. Thanks to this system, we achieve outstanding rotational stability.
