News Archive
Press Release
July 1, 2010
ASI/Silica Machinery’s Innovative Designs Result in a 10+ Machine
Order for Fiber Preform Manufacturing Equipment.
LOS ANGELES, CA, July 1, 2010 - ASI/Silica Machinery continues to lower the cost of producing fiber with their latest core and clad preform manufacturing equipment and
processes. The lowest cost producer of optical fiber in the world today is powered by
ASI/Silica Machinery equipment!
Our innovative Dual Spindle Deposition System produces two preforms at a time, more than
doubling the km/hr output of our previous model, with the additional ability to produce
preforms more than double the previous size. Our Sintering System offers a unique furnace
construction that provides both lower operating costs and a fast heating rate. These
innovations have led to a repeat order for 10+ machine and process order for fiber preform
manufacturing equipment.
ASI/Silica Machinery, LLC, founded in 1997, is the global market leader having
provided over 100 machines with the related process that are used in profitable preform
manufacturing to the optical fiber manufacturing market. Twenty-five of those machines
were sold in just the last two years. ASI/Silica Machinery is well established throughout
the world, with installations in Europe, Asia and South America.
Our unmatched practical and operational atmospheric soot deposition experience for
preform core and over-cladding, enables ASI/Silica Machinery to customize the
equipment and processes specifically to our customers' needs. Utilizing proven
equipment and technology, state of the art 3D CAD modeling, advanced material
selections, and drawing on the extensive and practical operational expertise of the
management and senior engineering group, ASI/Silica Machinery is the preform capital
equipment supplier of choice in the optical fiber market.
Our engineers will be available to explain more about our successful designs at the 2010
International Wire and Cable Symposium.
Our website www.asisilica.com is also available for more information.
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