Laser link processing system for DRAM market

Aug. 2, 2010
Porland, Ore. – Electro Scientific Industries (ESI), a supplier of laser-based manufacturing solutions for the microtechnology industry, has announced shipment of its new 9850TPIR+ laser link processing system for the DRAM market.

PORTLAND, Ore. – Electro Scientific Industries (ESI), a supplier of innovative laser-based manufacturing solutions for the microtechnology industry, has announced shipment of its new 9850TPIR+ laser link processing system for the DRAM market.

Built on ESI’s dual-beam 9850 platform, the 9850TPIR+ (tailored pulse infra-red plus) extends the capability of its proprietary tailored pulse laser architecture to meet the growing productivity demands of DRAM manufacturers ramping 40 nm processes.

“Our customers are under enormous pressure to reduce costs while increasing yields. With the new 9850TPIR+ system, we are improving our market-leading architecture and introducing a new, higher performance fiber-based tailored pulse laser to deliver the market-leading throughput and productivity our customers demand to stay competitive,” said Louis Vintro, VP and GM of ESI’s Semiconductor Products Division.

The new laser link processing system is designed to meet the growing production and materials processing needs of a variety of DRAM and embedded memory devices, as well as deliver the industry’s lowest cost of ownership. The system features advances to ESI’s proprietary tailored pulse laser technology that includes higher resolution temporal pulse-profiling, coupled with higher repetition rate, to support new, challenging fuse designs. The robust system allows faster fuse blowing to deliver up to 20 percent improved productivity over ESI’s older units, while exceeding the accuracy and precision requirements for 40 nm DRAM.

ESI offers systems that enable precise structuring and testing of micron to submicron features in semiconductors, electronic devices, LEDs, and other high-value components.

More information is available from: [email protected]

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