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Makertum MK1 230/110 V~ 3D Printer Heated Bed Kits now available

Makertum MK1 PCB (top side, preproduction version)

The Makertum MK1 kits from the pre-production are now available on Tindie and in the Makertum shop starting at €37 or $41, which includes free wordwide1 shipping. Just like in the beta-testing phase, the heated bed comes as a full-kit that contains all the parts necessary to get you up and running. The SSR is optional, just in case you already have one.

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Wipe & Prime Towers for Slic3r

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Printing with dual extruders can be somewhat of a tedious task. Fortunately or unfortunately, there are many different aproaches all aiming to easing up dual extrusion or multicolor or multimaterial printing. I tried almost all of the half assed solutions out there, but ended up writing my own gcode post processor, here it is.

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Supermount – Single Dual or Triple E3Dv6 bowden and sensor mount for the Prusa i3 Rework

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Supermount is a super practical super customizable bowden mount for E3Dv6 and similar groove mount hotends and standard capacitive sensors, compatible to the Prusa i3 Einstein Rework’s X carriage.

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Socket for the ESP8266 module

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This article covers a socket for the very famous ESP-8266 module, in particular the ESP-07, since a breadboard friendly socket might come in really handy, wouldn’t it? Yes, y not somebody make a really nice one?

The socket should hold a ESP-07 module, whereas the module’s of course supposed to snap in and out easily. Springy contact pins were supposed to make contact to the half moon solderpads of the module. So I sat down to OpenSCAD and build the following:

screenshot

This tray should then be completed by some 0.5 mm wire..

instructions

..where the contact pins would be springy movable in the long holes at the bottom of the socket. To avoid short circuits between the springy movable pins and the pcb traces underneath, I addes some spacers:

screenshot2

 

The spacers can be used to offset the socket from the PCB.

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That’s where 3d printing comes in: It prints out fine with a 0.4 mm nozzle, even though the fine details suggest a finer nozzle.

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After some iterations I got the fit just perfect.

Snap in the module into the programmer, flash it, snap it out from the programmer, snap it into your application. That’s it.

Use it for your applications, it’s OpenSCAD source and STL files can be found on GitHub.