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The sciencefair is up and running and we have a completed model to show! Here you can see the timelapse movie of the printing part: [youtube]http://youtu.be/zHlAqgzJhtY[/youtube]    

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We seem to be succeeding in our plan! We have two printers, printing one model! But…the layerthickness between the printers is uneven. We have some things to work on, but we hope to be able to give you a big … Continue reading →

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The sciencefair is getting closer and closer and we are working on solving all the problems that we encounter. This morning we were able to let one printer, print his part. We could load the 3D model and with the … Continue reading →

So far we achieved some of our goals. For now we are able to let the two ultimakers communicate! The table shifts after both nozzles are done printing. After the shift the nozzles print the rest of the line; finishing … Continue reading →

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When two Ultimakers are connected and tasked to create a single object, there are some adjustments to be made. The standard Ultimaker x/y-frame gives the nozzle  a range of 212×212 mm. The table on which a product is printed is … Continue reading →

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With the idea of a grid of printers moving on a larger plane in mind, we set out to design and build a proof of concept using the tools at our disposal and be able to show you it can … Continue reading →

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3D printing techniques at home, have had an exponential growth and new features are being tried and reproduced. Printing on a larger scale is one of them. Because what if it would be possible to print objects that do not … Continue reading →