Used NIKON NSR 2005 i9C #9236389 for sale

NIKON NSR 2005 i9C
Manufacturer
NIKON
Model
NSR 2005 i9C
ID: 9236389
Wafer Size: 6"
Stepper, 6".
NIKON NSR 2005 i9C is a compact and high-performance wafer stepper. It is a cost-effective solution for global industries that require superior performance and efficiency. This wafer stepper has been developed to meet advanced requirements of resolution, precision, speed, and throughput. It is suitable for use in a wide range of PMIC device manufacturing processes, including logic, high speed and analog. NIKON NSR2005I9C is designed with a fully automated wafer transfer equipment, allowing automated and consistent wafer throughput. The wafer holder has been designed to hold up to nine 600mm wafers at a time, enabling efficient operation and high throughput. This machine features 10x laser imaging, achieving a resolution of 1.2um and a line and space accuracy of 1.5um. For superior surface accuracy and superior uniformity, NSR-2005I9C incorporates a levelling system, as well as an edge-to-edge non-contact scanning mechanism. This wafer stepper includes an in-line lithography module, which can be used for exposure and developing of the wafers. It is also equipped with an in-line back-side inspection capability, allowing for quality control of exposed wafers. NIKON NSR 2005I9C is capable of delivering production quality at a speed up to 250 wafers per hour. The unit offers excellent operation environment, with detailed traceability conditions and monitoring abilities. It also provides excellent flexibility, with compatibility with and independent control of wafers up to 400mm in diameter and up to 9pt of free positioning drift control. Finally, NSR 2005 i9C is equipped with a reliable and user-friendly control machine which is capable of boosting production and performance. This wafer stepper also includes special real-time operation tool, as well as metrology and analysis software for high quality control. All in all, NSR 2005 I 9 C offers dynamic performance to provide cost-effective, repeatable and reliable device manufacturing processes.
There are no reviews yet