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- Oct 6, 2020
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So I recently was brainstorming.
Maskless Aligner are very expensive. I am not talking about the sports car expensive I am talking about multiple millions for just one machine.
One example: MLA150 Advanced Maskless Aligner - Heidelberg Instruments: The power of direct writing
The thing is, we have new technology like DLP and liquid 3D Printers which have become comparable cheap. While it is probably not possible to get the same precision as a professional machine,
I think it is quite possible to get um precise with a table-top device.
Sadly, I have never developed a real product. While I do have some experience in electrical engineering and nanotechnology I have no idea how to create a real product. I think there is a big market for cheap devices like this. Especially for research a device like this would open up this technology for a lot more lavatories.
Someone here who can give me some tips or maybe even interests to working together ?
Greetings Tobias
Maskless Aligner are very expensive. I am not talking about the sports car expensive I am talking about multiple millions for just one machine.
One example: MLA150 Advanced Maskless Aligner - Heidelberg Instruments: The power of direct writing
The thing is, we have new technology like DLP and liquid 3D Printers which have become comparable cheap. While it is probably not possible to get the same precision as a professional machine,
I think it is quite possible to get um precise with a table-top device.
Sadly, I have never developed a real product. While I do have some experience in electrical engineering and nanotechnology I have no idea how to create a real product. I think there is a big market for cheap devices like this. Especially for research a device like this would open up this technology for a lot more lavatories.
Someone here who can give me some tips or maybe even interests to working together ?
Greetings Tobias
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