Відео

We have gotten a great deal of use out of this machine. There's definitely a learning curve, but NeoDen support has been helpful whenever we've run into setup issues as well as improving part placement quality. We generally run a different PCB design every week here, and have found this machine to be highly adaptable to all of the boards we have manufactured. We have plans to add more NeoDen lines to our facility in the near future, so it's safe to say that we're happy with it!

Hi Richard, great suggestion! We will have to do a video on that.

Thanks for your feedback! We have plans to update these videos, as well as add new informative videos on other electronics manufacturing topics. Multiple camera angles definitely would make this a more informative video series.

@@pelican-engineering Haha -- thanks for the quick response. For what it's worth, I arrived here because I and others are following the difficulties of Unexpected Maker trying to get CL-style feeders to stop flipping parts. In case you have any interest in weighing in, the symptom appears here: ua-cam.com/video/IielVHTz2W4/v-deo.html

@@Graham_Wideman We are running CL feeders on a NeoDen 7 machine - we have not experienced any issues like that on ours, and we have produced a thousand boards or so on it with various component types.We have had to do absolutely zero adjustment with tension on any of our CL feeders. Our initial supply was from NeoDen, but we've roughly doubled our initial stock from AliExpress. The operating principle of the feeders is quite simple - air pressure is used to actuate and hold the ratchet "rearward", and the tape is then propelled "forward" by spring pressure following component pickup. On the feeders we have used, there does not appear to be any physical possibility of component bounce.. I just tried to make a few bounce by hand with no luck. The component tape is essentially clamped between the top rail and the body of the feeder. The piece that ratchets back and forth on top of the feeder (a "component bounce block", if you will) serves to prevent any component motion until the pickup head is ready to pick up the part. I would really have to see a high-res video of the feeder cycling to diagnose any further. I think this is either a feeder loading issue or an issue with the feeders themselves, unrelated to the actual pick and place machine.

@@Graham_Wideman I know its 2 years now but I think that will solve the problem ua-cam.com/video/QXoohDhiibI/v-deo.html&ab_channel=PontusOldberg