Supply, Delivery and Commissioning of a High-Precision Wafer Lapping and Polishing System for Tyndall National Institute, UCC

Description

Tenders are sought for the supply and delivery of High-Precision Wafer Lapping and Polishing System for Tyndall National Institute, UCC. Miniaturisation and integration are key themes across all areas of Tyndall’s research. Development of next generation technologies requires ever decreasing device sizes coupled with ever-increasing functionality. The task of miniaturisation beings with device design and fabrication where sub-micron technologies are now industry standard, and the development of nanoscale processes is progressing rapidly. The challenges of miniaturisation extend onwards to the back-end processes where the removal of unused bulk semiconductor material through precision lapping and polishing is essential to minimising the size of a final device. Tyndall now wishes to enhance its back-end processing capability through the procurement of a high-precision wafer lapping and polishing system for use with silicon, III-V and other semiconductor materials. Tenders are sought for the supply and delivery of High-Precision Wafer Lapping and Polishing System for Tyndall National Institute, UCC. Miniaturisation and integration are key themes across all areas of Tyndall’s research. Development of next generation technologies requires ever decreasing device sizes coupled with ever-increasing functionality. The task of miniaturisation beings with device design and fabrication where sub-micron technologies are now industry standard, and the development of nanoscale processes is progressing rapidly. The challenges of miniaturisation extend onwards to the back-end processes where the removal of unused bulk semiconductor material through precision lapping and polishing is essential to minimising the size of a final device. Tyndall now wishes to enhance its back-end processing capability through the procurement of a high-precision wafer lapping and polishing system for use with silicon, III-V and other semiconductor materials.