Used CANON / ANELVA EC-8000 #9182812 for sale

CANON / ANELVA EC-8000 is a chemical etching equipment used for applying patterns to various industrial materials such as metals, plastics, ceramics, and glass. It utilizes a proprietary chemical mixture that is sprayed onto the surface of the substrate, dissolving the surface area and leaving a permanent pattern. CANON EC-8000 allows for precise patterning of sub-micron sized features in a variety of shapes and sizes, making it an ideal choice for etching devices having complex geometries. The machine uses a selectable nozzle size up to 0.45mm for a precise and uniform spray pattern. This allows for accurate and repeatable patterning to be achieved with greater speed and efficiency than other etching methods. An adjustable air flow rate helps ensure that all spray patterns are evenly distributed. The system includes a two-stage process that operates first by spraying a chemical bath, then rinsing with de-ionized water. This allows for an increased level of control of the etch process, and results in higher etch quality and consistent results. ANELVA EC-8000 is designed to withstand harsh environments such as temperature fluctuations, humidity, dust, and debris, allowing it to be installed and operated in cleanroom settings. It also features an optimized heating unit with an integrated fan that works continuously to ensure that the temperature in the environment remains stable. The powerful programmable logic control machine allows easy and instant changeovers with minimal wastage, maximizing throughput. EC-8000 has a small footprint and requires minimal power, making it an ideal choice for a variety of production lines. It can be used for etching slightly raised metal features that are not suitable for laser etching, and its extended lifetime ensures optimum performance. The tool supports various etch processes, making it suitable for repeating and complex operations. It can also be used to etch large quantities in a short period of time, allowing for increased production speed and cost-effectiveness.