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            ZeroMicron Carriers   We 
            are an authorized Rep for ZeroMicron, Contact us Today!   
			   
   
   
            [Phone] 
             01.708.878.1994 
            [Email] 
              sales@inspecglobal.com Zeromicron® 
            or ZM™, has perfected over many years of research and development, a 
            patented new generation of advanced-design 
            polishing 
            templates, carriers, and CMP Holders, and other wafer polishing 
            accessories. The Zeromicron® Team consists of a variety of 
            technology industry veterans, together with a strong core of 
            polishing experts with many years of direct hands-on experience in 
            wafer polishing production, engineering, R&D, and management. This 
            variety and depth of experience, combined with the exceptional 
            patented ZM™ products, provides substantial advantages, and a wide 
            range of strategic applications for it customers. 
             
             Zeromicron® 
            has developed a wide variety of wafer polishing templates, carriers, 
            CMP holders, pad conditioner tools, and various associated 
            accessories. A key element to the patterned Zerommicron® designs is 
            its s3 (Shim Spinning System). This major advancement in wafer 
            polishing technology allows for the wafer to spin or rotate inside 
            the template cavity or pocket during polishing. This dynamic feature 
            provides for even and consistent polishing across the entire surface 
            of the wafer.  We are an 
            authorized Rep for ZeroMicron, Contact us Today! 
            [Phone] 
             01.708.878.1994 
            [Email] 
              sales@inspecglobal.com 
             
             The wafer 
            rotation, or spinning effect, is achieved using two pieces, called 
            the "SHIM" and the "INSERT". the shim is placed at the bottom of the 
            template cavity, and the black napcon insert is placed on the top of 
            the shim. The wafer is then placed on top of the napcon insert, and 
            adheres to the insert through water suction (this is the clean wet 
            process). The insert/shim combination then spins within the 
            template/carrier cavity during polishing, while remaining firmly 
            seated in the cavity at start up, and through out the polishing run. 
            The Zeromicron® S3 system allow for rotation or spinning to occur at 
            3 different levels, the polishing table/platen, the polishing head, 
            and the wafer within the template cavity. The relief of pressure 
            against the cavity walls through the spinning process avoids wafer 
            blowouts, drops, and eliminates damage to the wafer, the cavity 
            wall, template, and the polishing pad. We are an 
            authorized Rep for ZeroMicron, Contact us Today! 
            [Phone] 
             01.708.878.1994 
            [Email] 
              sales@inspecglobal.com 
             
             The shims are 
            provided in a variety of size and thickness, to accommodate all 
            wafer diameters, material thicknesses, and polishing removal 
            requirements. The different shim thicknesses allow for a broader 
            range of material thickness to be polished with the same template, 
            thus reducing the need for many templates with different cavity 
            depths. This is accomplished by simply using a different thickness 
            of shim to adjust cavity depth for a different thickness of 
            material. Please see the Illustration provided to further describe 
            the unique and effective features of the Zeromicron® S3 Shim 
            Spinning System. We are an 
            authorized Rep for ZeroMicron, Contact us Today! 
            [Phone] 
             01.708.878.1994 
            [Email] 
              sales@inspecglobal.com 
             
             
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