Used CANON FPA 2500 i2 #9261839 for sale

CANON FPA 2500 i2
Manufacturer
CANON
Model
FPA 2500 i2
ID: 9261839
Wafer Size: 8"
Stepper, 8".
CANON FPA 2500 i2 Wafer Stepper is an advanced semiconductor lithography equipment used for the production of integrated circuits. It has a flexible pupil coverage of up to 11 microns and employs a unique lens system design that enables a wide scan field of up to 250mm. An enhanced wafer stage movement, along with the precision X-Y linear motors, combines with the state-of-the-art optics to provide consistent and precise imaging. CANON FPA-2500I2 utilizes advanced lithography optics and a high speed scanner unit, which can achieve a processing speed of up to 250 milliseconds per scan. The machine also supports the use of over 8,000 mask patterns for a variety of applications and can be operated with minimal operator interference. FPA-2500 I2 utilizes an advanced motion control tool, enabling accurate and precise machine motion control, as well as precise and repeatable exposure control. The scan head has a wide-angle field of view and a fast scan speed, making it ideal for larger device production. The asset has an advanced data model, providing analysis and control of the equipment's parameters, along with data recording for improved data accuracy. Additionally, the system also provides error correction features and advanced pattern recognition tools. FPA-2500I2 provides a reliable stepper unit for production of complex device structures. It is designed for robustness and ease of use, allowing for rapid and reliable device production. The machine has an automated calibration process for peak imaging performance. The tool is ideal for quickly and efficiently producing VLSI devices, as well as devices requiring complex structures. CANON FPA-2500 I 2 is a cost-effective, high-performance solution for semiconductor lithography. It is capable of providing consistent and high quality device layers with minimal operator input. FPA 2500 I 2 is a cost-effective solution for both large and small scale production of integrated circuits.
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