The mist-based dispensing method is adept at putting micron-sized lines on non-planar surfaces.
Aerosol Jet technology is a fine-feature material deposition solution used to directly print functional electronic circuitry and components onto low-temperature, non-planar substrates.
Aerosol Jet printing functions on the principle of generating a mist through atomization of a nanoparticle colloid solution. Nanoparticle materials liquids, or inks as they are generally called, are made up of nanoparticle solids, solvents and organic binders and even some polymer resins, which are included to make the ink perform on different substrates. These inks must have a certain viscosity and particle sizing in order be printed with aerosol jet. That viscosity is generally less than 500 centipoise (cP), and the particle size must be under 100nm.
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Electronics additive manufacturing can output the same result as conventional PCB methods, but getting there is a much different process.
Real-time breakdowns cost more than you think.
Before I get into how cloud-based collaboration is transforming PCB design workflows, allow me to paint a fictional example of a scenario where cloud collaboration was not implemented in a PCB flow, leading to costly mistakes and potential damage to industry reputation. Note that this example is a collage of real-world scenarios I’ve encountered throughout my career.
Digital tools enhance collaborative problem-solving.
The PCB design team gathers in the conference room for its weekly project review, but the atmosphere is tense and somber. Everyone feels the pressure as they realize the project is not meeting the planned timelines. Stress is palpable in the room as colleagues exchange worried glances and fidget with their notebooks and pens.