CRYOGENICS IN AUDIO APPLICATIONS
Computer controlled deep cryogenic process will improve clarity, reduce noise, and raise your audio system performance to a higher level.
Our highly precise, ultra-cold process will improve the sound and quality
of all your audio system's components:
What this means to you is that your system will exhibit superior transparency, gain speed, and be much more dynamic.Speaker cables, interconnects, power cords, electronic components, outlets, vacuum tubes, CDs, DVDs, and LPs, plus more. Listeners report sonic improvement, more resolution and a more natural ease. You already have premium equipment. Why not make it perform at its zenith?
Problem: It is well known that disparate materials used in connectors, solder joints, PC board circuitry, as well as residual stresses and gaps within the lattice structure of materials all serve to degrade and/or hamper sound reproduction. The uneven cooling and shrinkage occurring with the liquid or molten material becoming a solid cause these imperfections. These imperfections cause electronic noise. Electronic noise often contributes to a lack of focus, detail and resolution in audio, and a lack of sharpness and color definition in video. Solution: Reduce or eliminate the inherent stresses and other imperfections that cause noise, through precise deep cryogenic processing. The process removes built-in stress, reforms microstructure, and unifies or blends solder junctions and connections to improve the free flow of current. The result is greater transparency and less noise.
What this process does:Deep cryogenic processing provides music that is easier to listen to - very relaxed, like a transcendental state. Stunning sound for audio is reality with controlled deep cryogenics.
Metals and plastics respond very well to our precise deep cryogenic process. The reasons are as follows. During the cooling or solidification phase of the manufacturing process, molecules are trapped in a haphazard pattern. This random placement causes obstacles for electrons and/or light when encountered. This interference can cause noise, slow down electron flow and will negatively affect the quality of the music being played. At very cold temperatures (below -315°F), the molecules will align in a more uniform, compact structure through the removal of kinetic energy. When the material is returned to ambient temperature, this new uniform, compact pattern is maintained. This process makes a permanent change and the benefits do not deteriorate over time or upon return to operating temperature.
Other benefits:
- Solder zones are inherently imperfect and full of stress. Our process will make these junctions uniform, improving electron flow and sound quality.
- Completely assembled cables, components, etc. are processed with fantastic results.
- Reduces noise, improves fidelity, sonic clarity, and depth with our industry proven, precise, deep cryogenic process.
About our cryogenic processing:
Precise control and very cold temperatures are mandatory. Our contracted cryogenic processing facility has pioneered and maintained its leadership in computerized cryogenic treatment systems and processing since 1986!
Besides contract with multiple industries, more exclusive high end audio companies have entrusted their cryo work to them over any other lab.
Their systems provide precise, consistent results time after time, and the professionalism and quality of service is unmatched.Hear what you've been missing: Crystal-clear music!
