EVG temporary wafer bonding platform doubles throughput for 3D packaging

July 4, 2012 — EV Group (EVG), wafer bonding and lithography equipment supplier, introduced the EVG 850TB/DB automated temporary bonding and debonding system built on the company’s new XT Frame platform, which has been optimized to support thin-wafer processing for high-volume 3D IC and through silicon via (TSV) manufacturing.

"Temporary bonding and debonding of device wafers to wafer carriers for thin-wafer processing are critical steps to enabling the successful integration and implementation of 3D ICs into high-volume production," stated Dr. Thorsten Matthias, Business Development Director, EV Group.

A combination of hardware and software design enhancements enables double the processing throughput over EVG’s previous-generation platform, to up to 40 stacks per hour. The EVG850TB/DB accommodates up to 9 process modules, doubling the previous maximum processing capability of EVG’s temporary bonding and debonding systems. The new XT Frame-configured EVG850TB/DB is designed for EV Group’s open materials platform approach, which enables the use of a wide range of adhesives from various materials suppliers, including ZoneBOND.

The new XT Frame design enables highly efficient continuous mode operation (zero idle time) capability via an ultra-fast handling system, up to four front opening unified pod (FOUP) load ports, and a material buffer in the form of a local FOUP storage system that holds up to 10 additional FOUPs.  The platform also features an in-line metrology module option to enable real-time monitoring of the bonding/debonding process-enabling maximum yields and helping to lower production costs for thin-wafer processing.

EV Group (EVG) is a world leader in wafer-processing solutions for semiconductor, MEMS and nanotechnology applications. More information is available at www.EVGroup.com.

Visit the Advanced Packaging Channel of Solid State Technology, and sign up for our Advanced Packaging News e-newsletter!

POST A COMMENT

Easily post a comment below using your Linkedin, Twitter, Google or Facebook account. Comments won't automatically be posted to your social media accounts unless you select to share.