MoltenTiger
Well-Known Member
The pick & place is an awesome machine to bring in house, the main benefit of having a P&P in house is for rapid prototyping. Where I work we use manual labour with a set of tweezers, a microscope and a cheap toaster oven. It's painstakingly slow, especially when you're dealing with 200 components, I'd imagine the hopper has closer to 50, but that still requires a long time per board.
When finalising chip designs, it is a super expensive and involved process. To get a prototype board to test, you first buy a lot of printed circuit boards and then manually solder on all the electrical components. Only once the design is robust/final is it cost effective to pay a company to set up a production line to P&P the PCBs. The minimum order is usually 2000, and then there is a slow down with transport.
I guess this simplifies the whole process, but should give the company good longevity as it's a large ongoing expense contained for the most part for a massive outlay.
I believe my VapeFiend hopper was one of the first built with the P&P and CNC laser welder, so far it is proving to be a testament to the reliability of those technologies.
EDIT: I was also going to touch on @Ratchett 's last statements, it would be for quality control, and convenience (having immediate access to products) primarily. There is not much you can do to protect chip board design, as this can easily be replicated from sight, however software is almost impossible to reverse engineer, and so how the PCB actually talks to itself is of real value. Outsourcing a company to produce a complete board requires them having access to that firmware (for calibrating/testing).
Although this is usually done under confidentiality agreements, leaks can happen and so that is another advantage to having it in-house, especially with how good their software/hardware works. That's a trade secret worth a bit.
When finalising chip designs, it is a super expensive and involved process. To get a prototype board to test, you first buy a lot of printed circuit boards and then manually solder on all the electrical components. Only once the design is robust/final is it cost effective to pay a company to set up a production line to P&P the PCBs. The minimum order is usually 2000, and then there is a slow down with transport.
I guess this simplifies the whole process, but should give the company good longevity as it's a large ongoing expense contained for the most part for a massive outlay.
I believe my VapeFiend hopper was one of the first built with the P&P and CNC laser welder, so far it is proving to be a testament to the reliability of those technologies.
EDIT: I was also going to touch on @Ratchett 's last statements, it would be for quality control, and convenience (having immediate access to products) primarily. There is not much you can do to protect chip board design, as this can easily be replicated from sight, however software is almost impossible to reverse engineer, and so how the PCB actually talks to itself is of real value. Outsourcing a company to produce a complete board requires them having access to that firmware (for calibrating/testing).
Although this is usually done under confidentiality agreements, leaks can happen and so that is another advantage to having it in-house, especially with how good their software/hardware works. That's a trade secret worth a bit.
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