Used CANON FPA 3000 #9152188 for sale

CANON FPA 3000 is a high performance, cost-effective stepper used in semiconductor manufacturing. The device is built for high throughput and is capable of defect reduction and yield improvement. It supports a range of technologies, from 3D stacked chips and embedded lithography to low-k dielectric materials and multi-layer masking. At its core, CANON FPA-3000 is a fully automated stepper which can transmit patterned exposure to a substrate using a laser beam. It uses a unique High Dynamic Resolution (HDR) system that delivers high-speed, high-resolution pattern images for ultra-fast, artifact-free etching. The device offers high precision, high throughput, and high stability. FPA 3000 has a low cost of ownership, and a wide range of optimized functions and advanced technologies are available for specific customer requirements. The device can integrate with customer needs and scaling geometry, such as sophisticated shielding techniques for high-volume production of SOI (silicon-on-insulator) wafers, as well as other challenging applications. FPA-3000 has a unique Multi-pattern Split Exposure Method (MPSE) which can accommodate complex patterns with different types of optics or reticles. This makes it especially useful for 3D integrated chip production. Additionally, its Image Improvement System (IIS) offers robust defect-free capabilities that are essential for high-volume production. CANON FPA 3000 also has multiple ways to lower operating costs over the life of the system. Its consumable costs are kept low by using a laser beam that does not require frequent replacements, while its maintenance requirements are kept low due to its Compact Ultraviolet (CUV) technology that significantly reduces regular maintenance requirements. In summary, CANON FPA-3000 stepper offers high performance, cost-efficiency, and an array of advanced technologies that make it an attractive solution for high-volume semiconductor production. The device offers high precision, high throughput, and high stability that can benefit both small and large production lines. It also has built-in features such as MPSE and IIS which can improve overall production yields. Additionally, its low cost of ownership and minimal maintenance requirements make it an attractive option for the semiconductor industry.