Used CANON / ANELVA ILD 4013 #293747123 for sale

CANON / ANELVA ILD 4013 is a type of etcher or asher, capable of etching intricate structures and complex geometries into various materials, including metals, ceramics, and semiconductors. The etcher is capable of processing substrates of up to 400mm in size, with variable etching depth up to 3 microns. It is designed to process even the most intricate structures in three dimensions, making it suitable for the production of highly complex components and parts. CANON ILD 4013 utilizes an electron beam evaporation process and works by depositing layers of material onto a given substrate and then evaporating them away. The electron beam works in combination with a directed gas flow for precise etching of materials. The system's design ensures uniformity and accuracy, even during complex etching patterns. ANELVA ILD-4013 provides excellent cost-efficiency and precision, and its robust construction can handle up to 10Kg of material weight, making it suitable for industries that require mass production. It features a large chamber which enables larger substrates to be handled with ease, and the vacuum pressure is monitored via pressure gauges for reliable processing. ILD 4013 is a versatile etcher that can accommodate a range of materials, such as aluminum oxide, copper oxide, titanium dioxide, and carbon nanotubes. It is powered by a three-phase, three-level, high-frequency power supply, which features adjustable power for etching efficiency and substrate protection. The system is also suitable for operation in hazardous environments, and can withstand extreme temperatures and dust. CANON / ANELVA ILD-4013 offers reliable operation, outstanding productivity, and a wide range of features that make it the ideal etcher for any application. The etcher is designed to reduce the time and cost of etching, while providing maximum yields without jeopardizing device performance. The maintenance of ANELVA ILD 4013 is easy and cost-effective, ensuring a trouble-free operation with minimal downtime.