Used CANON FPA 2000 i1 #293625673 for sale

Manufacturer
CANON
Model
FPA 2000 i1
ID: 293625673
Vintage: 1993
i-Line steppers 1993 vintage.
CANON FPA 2000 i1 Wafer Stepper is a fully automated, high-precision lithography tool designed to handle a variety of lithography related tasks. It offers unprecedented control over the lithography process with its highly advanced microstepping and photo alignment technology. The high resolution of the microstepping allows for precise patterning of the wafers, while the photo alignment technology guarantees precise and reliable alignment of each exposed layer. CANON FPA2000-I1 is equipped with a 4" wafer handling robot, which loads and unloads wafers with a maximum size of 200 mm. The robot provides excellent repeatability and accuracy, enabling high volume and high quality lithography processing. The equipment's highly advanced, non-contact focusing system ensures precise patterning of the wafers, and its unique self-calibrating auto exposure unit provides consistent exposure of the wafers with superior accuracy. The machine also includes a high-speed exposure tool which features a high-powered ArF laser source and a wide array of lenses and laser power settings. This ensures the asset can meet the needs of various application demands across a wide range of patterning sizes. Additionally, the model's wafer plates provide excellent uniformity and stability for the exposure process. FPA-2000I1 is designed to provide effective and reliable performance, by utilizing advanced mechanical, electronic, and optical technologies. Its Compact layout allows easy installation, while its maximum 450 Hz output frequency offers high throughput and high productivity. The equipment also features a variety of maintenance functions and advanced diagnostics to ensure fast and efficient troubleshooting and maintenance. In conclusion, FPA-2000 I1 is a highly advanced and reliable wafer stepper designed to provide superior lithography performance. Its advanced technologies provide superior wafer patterning accuracy and consistent exposure, while its high throughput and ease of installation ensure effective and reliable performance.
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