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Ion beam etching (IBE) is a thin film technique that utilizes an ion source to carry out material removal processes on a substrate. IBE is a type of ion beam sputtering and, whether it’s used for pre-clean or patterned etching, it helps ensure excellent adhesion and precise formation of 3D structures. Benefits of Ion Beam… Read More
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Denton Vacuum was recently assigned patent number 10,573,495 B2 by the U.S. Patent Office for the Endeavor circular ion source. The Endeavor is a filament-free, self-neutralizing ion source that uses a single extraction grid. The Endeavor source is uniquely designed to improve thin film properties and create stress-free, high-density thin films for better performance. With… Read More
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Optical and IR filters are both key components in imaging devices. They are designed to focus on and filter out specific wavelengths of light in order to create images, both for digital cameras and thermal imaging devices. An image sensor filter is a type of imaging filter that helps transmit and interpret color information, and… Read More
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For certain thin film coatings and applications, the substrate needs to be pre-cleaned inside the vacuum chamber in order to achieve desired properties and fulfill performance requirements. There are several methods that can be used to carry out this process, which have their own specific benefits depending on what you’re trying to achieve with pre-cleaning…. Read More
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Ion sources can be used in a number of deposition methods, including ion assisted deposition and ion beam sputtering. Your deposition method of choice may depend on a number of production and cost factors, but your ion source will have its own requirements based on your desired specs and application needs. How Ion Sources Help… Read More
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To create more precise thin films, manufacturers often include an ion source to their thin film deposition system configuration. By using an ion source, manufacturers can produce an ion species that has specific properties during deposition. The source controls the energy, trajectory and reactivity of the ions it produces, helping to create a thin film… Read More
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In our last post, Why Use IAD, we talked about how IAD (Ion Assisted Deposition) works, and some of its benefits. This time, we’re going to dive into the five biggest benefits of using IAD and take a look at some options you have regarding your ion source. The Benefits of IAD Improved film properties:… Read More
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Take advantage of: Reduced cost of ownership Long mean time between maintenance (MTBM) Higher ROI & throughput With ion assisted deposition (IAD, sometimes also called ion beam assisted deposition), you can achieve performance similar to ion beam sputtering (IBS, also known as IBD, for ion beam deposition) but at a lower total cost of ownership… Read More
