The Naia takes our pioneering low mass high rigidity plinth technology to the next level by using a Graphene impregnated carbon fibre skeletal plinth with Tancast 8 foam core. This ultra rigid structure is then strengthened further using two ceramic aluminium oxide braces, the same material used to create the redesigned, resonance controlled ceramic platter with improved flywheel effect and complex profile.
- Graphene impregnated Carbon Fibre skeletal plinth with Tancast 8 foam core
- ZTA Zirconium toughened alumina (ceramic) central bearing
- RB titanium tonearm: One piece titanium vertical bearing and Titanium vertical spindle assembly
- Tungsten balance weight shaft and weight
- Ceramic top and bottom braces
- Reference advanced fully adjustable power supply
- Resonance controlled ceramic platter with improved flywheel effect and complex profile
- Low mass skeletal aluminium feet
- Triple Reference drive belts for improved stability and drive characteristics.
- Rega Aphelion 2 MC factory fitted (optional)
The RB Titanium tonearm is the most advanced and accurate production tonearm we have ever released. The entire tonearm structure is designed to have the minimum of mechanical joints whilst using the stiffest materials in all critical areas. The RB Titanium achieves near frictionless movement horizontally and vertically whilst having no measurable free play in the bearing assemblies. The RB Titanium uses a new one-piece titanium vertical bearing housing and titanium vertical spindle assembly. The recommended Rega Aphelion 2 MC will be mounted upon our unique hand-polished aluminium single piece arm tube to keep mass as low as possible. The design is completed with a Tungsten balance weight shaft and balance weight
In order to achieve the ultimate balance between low mass and extreme rigidity, Rega has pioneered the use of graphene impregnated carbon and a Tancast 8 polyurethane foam core. Both materials are widely used in the aerospace industry and provide the perfect platform on which to assemble a turntable. The ultra lightweight random structure of the foam core helps reduce vibration transmission whilst the stiffness of the skin ensures no microscopic movement of the plinth occurs during playback. The addition of graphene boosts the strength and stiffness of the carbon fibre even further to create the stiffest production plinth we have ever produced.
The NAIA reference power supply offers the ultimate in motor control stability, convenient electronic speed change, advanced anti-vibration control and user adjustable, electronic fine speed adjustment to ensure total accuracy and control over the life of the motor.
Reviews
There are no reviews yet.