LASERBASE     
    
The patented technology of the LASERBASE was developed for laser   
disc players and significantly enhances the performance of the Compact  
Disc format. The LASERBASE reveals the disc encoded message 
without the additive internal resonances produced by the CD player. In 
effect, the CD player is prevented from seeing its own reflection. This 
principle was first developed for isolating laser beams from turbo-pump 
vibrations. These laboratory laser experiments proved the validity of the 
elastomeric material suspensions by showing greatly increased accuracy 
in the resulting laser beam measurements.    
    
The Compact Disc benefits from the discovery of this phenomenon and   
yields its accurate message of the digitally recorded signal. The 
difficulty in making the precise technology of digital processing more 
accurate is achieved by the eloquent simplicity of the LASERBASE.    
    
Although the notion that Compact Disk players are immune from 
vibration and sound true under most conditions is prevalent, the 
LASERBASE reveals that this is not the case. With the LASERBASE 
we are rewarded with the ability to hear the improved playback 
performance from Compact Disc recordings.    
    
The LASERBASE is constructed of two concentric rectangular steel 
tubular frames in telescoping relation to each other. One frame is 
elastically suspended from the other by means of polyurethane rings. 
This allows the Compact Disc player to be mechanically decoupled 
from the reflective table or shelf support it is resting on. This 
produces a highly effective filtering network that screens out 
reflections which would otherwise be directed back into the Compact 
Disc player. Furthermore, the steel tube frames are damped internally 
with a rubber insert and externally with a resilient vinyl sleeve for 
quiet performance.    
    
Although all the components of the LASERBASE play an important 
role in the improvement of Compact Disc sound reproduction, the 
most vital (and expensive) components are the highly resilient 
polyurethane elastomeric rings. The physical properties of these 
specially formulated polyurethane rings set the highest standard in 
the industry for toughness, tear strength, resilience and tolerance. 
They offer excellent abrasion resistance and last up to ten limes 
longer than the most commonly used polyurethane rings. No fillers 
are used in the molding of these rings so that the resilience and 
elasticity of the elastomer is preserved. Only in this manner can the 
user of the LASERBASE be assured that the rings will have an 
adequate modulus of elasticity after many years of service. This 
accounts for the high cost of this vital component of the LASERBASE.    
    
The mechanics of nature are simple and the LASERBASE describes 
them simply. It gives the Compact Disc player an environment in 
which it can process and reproduce its information with the least 
amount of error.