[iso:form]™

Vibration Isolation Platforms

[iso:form]™ Vibration Isolation Platforms reduce low and high frequency energy in devices that are placed onto the platforms. Common application is support of any laser device (CD, DVD, etc), video projectors, turntables and all valve (thermionic vacuum tube) electronics. Also (unrelated to audio applications) good results can be obtained when used to support microscopes, cameras and other high precision professional devices. Improvements in sound quality are noted when supporting some transistor pre-amplifiers and power amplifiers.

[iso:form]™ are active devices. They use external energy to operate, but not electrical, and therefore do not need to be plugged into the electrical wall outlet, nor use any batteries.In presence of vibration internal elements activate (get into motion) and work towards reduction of vibration.


There are two [iso:form]™ models, carbon-fiber and wood
composite units. Carbon-fiber composite is extremly strong material
that performs outstandingly well in this application and has
magnificent hi-tech appearance. Wood is hand polished with
genuine bees-wax and plant oils from Byron Bay, presenting a
natural, warm appearance that shows the open grain structure
and imperfections of natural exotic wood.

[iso:form]™ is available in two standard sizes (WxD) 435x370mm,
and 475x395mm, both 25mm thick, and custom sizes built to suit
particular hi-end audio or video component; all custom sizes are
100mm thick.

[iso:form]™ utilize 3 specific technologies to reduce vibration energy:

 

 

 

 

 

 

 

 

 

 

 

 

[iso:form]™ advanced design is scientifically researched, engineered and tested. Please ask at Dana Electro Acoustics Authorized Dealer equipped with Vibe-Comp instrument for a demonstration and visual display of [iso:form]™ effectiveness.

[iso:form]™ - Wood Finish

 

[iso:form]™

Instruction Manual (.pdf)

 

[iso:form]™ - Carbon Fiber Finish

Larger Image

Vibration Isolation Platform

Brochure (.pdf)

Control Components

Brochure (.pdf)