SLOT LOADING CD MECHANISMS - DO THE DAMAGE CD'S?


Of recent, I have been considering the purchase of a new CD transport (no DAC). There are several that have caught my attention; - - one in particular is made by AUDIOLAB. The one factor that leaves me "hanging", conceptually speaking, is the fact that AUDIOLAB exclusively uses "slot loading" CD mechanisms.
I have owned a couple of good quality CD players employing this type mechanism, and in both cases, eventually discovered marring to the playing surface of the CD. I am fanatic about proper preservation of CD playing surfaces. I certainly don’t want more CD’s ending up in the garbage can. (and I don’t like polishing, making a bad situation, worse !)

In turn, I have read many articles and customer reports complaining of the same issue. I consider AUDIOLAB products to be of a quality and performance level that leaves me somewhat dumbfounded as to why they would employ the use of a questionable mechanism that has so many historic issues.
So, what have they done that would be any different than other companies using this concept? I can’t imagine that they would invest the R&D money to develop their own proprietary mechanism.
Anyone out there that can validify the credibility (or lack of) AUDIOLAB’S use of "slot loading ?. Direct experience would help the most.
128x128axpert

Showing 1 response by brooks414

I bought an Audiolab 6000CDT a couple months ago. I loved the way it sounded... solid bass and details I had not noticed before (stepping up from an Oppo 103 previously used as a transport). However, I did notice scuff marks, not scratches, on my discs. I used a new blank CD-R inserted several times to verify and noticed new scuff marks on it as well. They are a line of marks that are aligned in a row which indicated to me to be a loading mechanism issue. No way am I going to allow a product to degrade my CD collection. I returned the unit and got a Cambridge CXC v2 that uses a tray loader. No issues with the Cambridge, but I still prefer the sound of the Audiolab just a little bit more. First-world problems.