R2C2 RepRap Electronics

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Revision as of 08:58, 11 December 2010 by Casainho (talk | contribs) (Advantages of this electronics: -- Makerbot slow electronics.)
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This page is a development stub. Please enhance this page by adding information, cad files, nice big images, and well structured data!

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HBox RepRap Electronics

Release status: unknown

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Cutting edge electronics for RepRap
CAD Models
External Link

HBox RepRap Electronics

This electronics and firmware are being developed by User:Casainho (HardwareBox company) and will be commercialized on Ebay (including the releasing of source files) to worldwide 1 January 2011. The electronics and firmware will be released as Open Source that work with / and are fully compatible with RepRap software and others alike.

Advantages of this electronics

  • Just one board to control your RepRap 3D printer (can also control any other 3D printer/laser/milling);
  • Plug and play - you will receive it completed assembled and tested;
  • Cutting edge technology - ARM microprocessor of 32bits running at 100MHz with DMA, which is about 50x more powerful than actual "official" RepRap electronics and others alike. RepRap "official" electronics uses AVR 8 bits running at 16MHz and without DMA. You will not get any more this problems because of slow AVR core 8bits used on RepRap and here. If you are looking for hight speed and high quality printing/laser/milling, you need a microprocessor really fast to be able to generate a big number of stepper motor impulses per second - this is our solution;
  • Heated_Bed support;
  • USB bootloader working as a USB Mass Storage device - you will just need to copy/paste new firmwares to board as if is a USB pen flash;
  • Expansion header so you can add support for other functionalities like using a laser to engrave/cut paper, wood, ABS, PLA, etc;
  • We strong believe in OpenSource and community development and so we are trying to use much as possible OpenSource tools. All the firmware were developed with OpenSource tools: ARM GCC, ARM GDB, OpenOCD JTAG Programmer/Debugger and Eclipse.

Hacking / Developing

The current firmware is C code and heavily based on FiveD_on_Arduino.

All firmware were developed with OpenSource tools. Screenshot of a debug session using ARM GDB, OpenOCD JTAG Programmer/Debugger and Eclipse (running on Linux Ubuntu on a small netbook @ 1024*600):



Electronic music for HBox RepRap electronics

Because this electronics need some good electronic, robotic and chip music - please listen, download and share (Creative Commons license), this album from Norwegian artist Binary pilot (I am being listening while developing this electronics). Music for you dance while your RepRap prints: <flickr>5194767568|left</flickr>