OpenPnP is a project to create the plans, prototype and software for a completely Open Source SMT pick and place machine that anyone can afford. I believe that with the ubiquity of cheap, precise motion control hardware, some ingenuity and plenty of Open Source software it should be possible to build and own a fully functional SMT pick and place machine for under $  Contributing. Before starting work on a pull request, please read: www.- #contributing. Summary of guidelines: One pull request per issue. Building a SMT Pick-and-Place Buddy. Posted by shabaz in Open Source Hardware on Nov 7, PM. Introduction.  The end result is useful for picking-and-placing small surface mount technology (SMT) components but could also have uses in other industries such as jewellery making (for picking up small stones/beads). This blog post documents the steps in the hope that others find it useful too.  For usefulness the tool needs to be able to consistently and accurately pick and place parts otherwise it is less useful than tweezers. It must be at least as consistent and accurate as tweezers and must improve the user’s pick and place speed by a significant margin compared to normal manual tweezers to make it worthwhile to construct this project. Этим занимаются так называемые PnP-машины (Pick and Place), автоматические установщики компонентов. Они бывают самыми разными по стоимости, точности и скорости работы, от довольно тормозных примитивных самодельных с ценой постройки долларов до промышленных скоростных гигантов ценой в миллионы долларов.  Open PNP да я видел, но она нифига не документирована сколько не читал так и не понял как ее адаптировать, Эх чуть бы раньше я бы как минимум сопла бы выкупил. Я свои буквально недели полторы заказал. AndyBig. Selling boards made by the LitePlacer is perfectly ok". Once the mechanical machine open hardware pick and place guide has been assembled, you are a bit on your own when it comes to sourcing the remaining electronic, cables and open hardware pick and place guide and putting everything together. This website uses cookies to improve your experience. There are thousands of well qualified production houses that can efficiently provide a single proto up to the highest volume of production. That's what we thought as well, and so we got in contact with a bunch of local and some not so local assembly facilities, and after sorting out those which didn't meet our criteria we had each of them produce five of our sensor front-end PCBs. This means production prototyping.

So far this project has not got off the ground as we haven't found a software developer who could make the existing software work with our PCBs it was designed for another use-case.

As we recently got to love OpenPnP, we decided to give it a try with this machine. We can already move and home the head and receive images from both top and bottom vision cameras. This machine has slots for 24 pneumatic component feeders. Controlling these feeders and the vacuum valve are still work in progress. All in all we hope to have a robot army at our disposal soon, an army that can build cameras day and night - that would leave Open Hardware Pick And Place Python us more time to develop new camera hardware, feature and software and actually make movies with our cameras - we can still dream :.

Get in touch via IRC or email. Having wrestled with similar issues in a small tech startup may I offer this suggestion. Keep your eyes on the core mission of what you want to do. There are thousands of well qualified production houses that can efficiently provide a single proto up to the highest volume of production. Don't try to solve a problem that has already been well answered. Resources of time, focus and market opportunity are incredibly valuable.

You will end up fighting with challenges unrelated to your core product and it will cost you, potentially dearly. Hey guys, I have to agree with Paul. Why try to assembly boards in house when really skillful people can do it for you for way less money? I have the impression that this kind of activities would really slow down your current camera building effort. That's what we thought as well, and so we got in contact with a bunch of local and some not so local assembly facilities, and after sorting out those which didn't meet our criteria we had each of them produce five of our sensor front-end PCBs.

The three remaining facilities, two local and one overseas took their time and complained about various things, but finally delivered those five assembled boards. Unfortunately, only a fraction of the returned boards actually worked, and we had some trouble fixing the boards later on. We also spent a huge amount of money on building prototypes during the EU project, which is not something we can and want do on the limited budget we are working on, so we decided that we simply have to do it ourselves if we do not want to spend a lot of money and still get it done properly.

Don't get me wrong, if we find the right assembly place which is flexible enough for our special requests and still affordable, we gladly drop our prototype and production plans.

So please by all means, get us in contact with those really skillful people You generally want to test waters with simpler parts, power board or something.

The thing with camera sensors is they can't handle heat, if you didn't specify to manufacturer that sensor must be soldered manually they probably stuck it in the oven and cooked it. Also these manufacturer do tons of designs from tons of companies and have huge amount of experience about it, if they complain its generally for a good reason and it pays to listen and fix the design. Its in their interests for the boards to turn out OK so you would come back for more, so if they complain they fear things are not going to work as intended and you won't be happy with the end result.

The companies that don't complain are the type that don't give a fig about the end result, they will take your money and your design and it will turn out however it will turn out, usually for the worse.

I don't usually reply due to obvious reasons, like non commercial thinking like this. However, I was looking at a good link to advise people disappointed by the craft camera failure, to go over here and see a more original concept. Grant Petty, of Black Magic Design, years ago turned up on sunrise TV with the wave solder machine that did all the placement. Now, as others are saying here there must be heaps of contract manufacturers with these machines that can do it for you.

Ultimately, as previously stated In yesteryear I think, contract manufacturing is the way to go with limited volume cheaply.

This means production prototyping. The sort of numbers floated around here are way high, the supply as well as the manufacture chain needs to by tightened up and get parts prices down. This is all business stuff.

If you want to run it as a business, talk to Rai Orz who did the Drachen camera in Germany look up the Drachen Feader film. He has a good head on him. Disregard and delete the previous comment, there seems to he an appropriate comment, just not from Sebastian. It is still a matter of production prototyping for the machine it will be made on.

If you expect to fix it latter, you are asking the wrong question. The original manufacture should be so high quality the defect numbers are so low you can afford to throw them away. So, if they are complaining about things it is worth listening to and adjusting your design to fit the process, I can imagine heaps of instances where design placement would not suit a machines abilities.

Hello, is there any info available on this custom PnP machine you mention? I'm interesting in building one as well and may be able to contribute. Please contact us via the contact form, we are happy to discuss share our build. The OpenPnP mailing list is also a good community for such projects. Any cookies that may not be particularly necessary for the website to function and is used specifically to collect user personal data via analytics, ads, other embedded contents are termed as non-necessary cookies.

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