![]() We are creating more videos.Įdited 2 time(s). We struck up an agreement, signed a contract and here we are ready to tackle the world. But the rules for making it moldable are quite strict and it was a challenge.Īfter about half a year of development on the extruder we were ready to announce.Īs we felt it was the right thing to do, we approached mutle圓d to offer a licence fee. This gives us better quality, very high tolerances and a great surface finish. ![]() Goal 3 achieved.Īll this was made even more tricky, because we wanted it to be injection molded plastic. We tried 3 different configurations and settled on the two halves one as being most stable. Design goal 2 reached.Īll we needed to do is make it symmetrical so it could be used left and right handed. It is so easy now to insert the filament directly into the hot end and lock it in. It opens up the filament pathway from the top all the way to the hot end opening. So we created the completely removable breech loading mechanism. No more poking into a dark hole and trying to thread a filament past the hobbed wheel into a hot end. We started an intense development process and build many a prototype. We also found mutle圓d’s flex3drive and initially contacted him about potentially using it on our printer design, but he didn’t have anything that worked with a Chimera which Brian wanted to test with at the time. After finding Werner Berry’s Video on youtube [ we started looking for alternatives for driving the extruders. ![]() We made a few designs, figured out the problems and started doing our research. The lightweight aspect meant we had to ditch the stepper. We wanted an extruder that can do it all, be lightweight, easy to use and flexible. ![]()
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