OTFC 1300 CBI Thin Film

The Optorun OTFC 1300 CBI Thin Film is a thin film coater. The Optorun OTFC 1300 CBI Thin Film is categorized under precision optics. The Optorun OTFC 1300 CBI Thin Film uses center driving. The Optorun OTFC 1300 CBI Thin Film has a substrate dome size of φ1130 mm. The Optorun OTFC 1300 CBI Thin Film has EBsourcex2. The Optorun OTFC 1300 CBI Thin Film has a substrate heater with 350°C maximum temperature. The Optorun OTFC 1300 CBI Thin Film has a 60-point optical thickness monitor.^[1][2]

The Optorun OTFC 1300 CBI Thin Film uses center driving. The Optorun OTFC 1300 CBI Thin Film has two electron beam sources. The Optorun OTFC 1300 CBI Thin Film includes a 60-point optical thickness monitor. The Optorun OTFC 1300 CBI Thin Film includes a substrate heater rated to 350°C maximum.^[1][2]

Thin film coating tools are used after substrate cleaning and preparation, when the surface is ready to receive an optical or functional layer. Thin film coating tools are used before downstream inspection, measurement, and any later assembly or integration steps. In optics manufacturing, such tools fit into the stage where the substrate must receive a controlled deposited film to achieve its intended transmission, reflection, filtering, or protection behavior.

Thin film coaters are used to form optical coatings on components such as lenses, mirrors, filters, windows, and related substrates. Thin film coaters are used where deposited layers must modify reflection, transmission, spectral selection, or surface protection. Electron beam evaporation coaters are commonly used for materials and layer stacks chosen for optical performance and environmental durability.