Used CANON FPA 3000 #9384377 for sale

CANON FPA 3000 is a high-performance wafer stepper designed for advanced lithography processes. This machine is widely used in the semiconductor industry for manufacturing microscopically small chips, as well as for optical film and photomask production. It is capable of handling wafers up to 450mm in diameter with an exposure area of up to 375mm. CANON FPA-3000 is equipped with an advanced imaging equipment that uses a proprietary crystalline mirror system and optical train. This ensures that the imaging process is precise and accurate. It also makes use of a high-precision motor to move the focusing lens and mirror, further increasing accuracy. The machine is capable of performing a wide variety of processes. These include etching, photoresist coating, imaging, and vision inspection. It is also capable of multi-exposure lithography processes. This machine is also equipped with the ability to recognize multiple types of pattern images and can perform sub-micron and nano imaging. The unit utilizes a proprietary software program to control the exposure, alignment, analysis, and reporting jobs associated with each process. The software can also be used to access equipment parameters, allowing for precise control of every process. Additionally, the software can be used to perform maintenance tasks, such as cleaning, calibration, and preventative maintenance. FPA 3000 also offers increased safety and environmental protection. It can be equipped with built-in safety features such as a fire suppression machine, emergency shutdown, and high-voltage testing tool to ensure the safety of personnel and equipment. It also features a temperature-controlled dry etching asset to reduce hazardous material emissions. Overall, FPA-3000 is a highly advanced wafer stepper designed for optimal performance, and is used in the semiconductor industry for lithography processes. It offers increased accuracy and safety, as well as a variety of process options. This makes it an ideal choice for the manufacturing of microscopically small electronic components.