Vitamins: Difference between revisions

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Simple List of Non-Printed Parts
Simple List of Non-Printed Parts


    Fasteners
* Fasteners
    Platforms
* Grease
* Standard electronic chips such as microcontrollers and optical sensors
* Standard electrical wiring, USB connectors, LEDs and other electronics components, etc.
* Standard electrical PCBs -- at least until we have a breakthrough in Automated Circuitry Making
* Motors (Stepper, Servo, and DC alike)
* Power Supply


    Grease
Beyond that, all of the structural and mechanical parts should be printable or otherwise able to be manufactured by machines made primarily of Replimat. Except perhaps the hand that assembles it... for now anyway.
    Standard electronic chips such as microcontrollers and optical sensors
    Standard electrical wiring, USB connectors, LEDs and other electronics components, etc.
    Standard electrical PCBs -- at least until we have a breakthrough in Automated Circuitry Making
    Motors (Stepper, Servo, and DC alike)
    Power Supply
    Bolts -- though these can be reduced in count with design accomodations. (one RepRap design doesn't have any nuts or bolts or threaded rod).
    Ø8 mm steel rods (smooth rods and threaded rods)


Beyond that, all of the structural and mechanical parts should eventually be printable with FDM Rapid Prototyping technology. Except perhaps the hand that assembles it... for now anyway.
Initially we were under the impression that, in order for everyone that wants one to have a Replimat, we needed to design "the" Replimat from "components that are available worldwide". More recently some researchers have been experimenting with the idea that maybe it would be better (lower cost, stronger, etc.) to have several different designs to adapt to whatever local materials are available --


Initially we were under the impression that, in order for everyone that wants one to have a RepRap, we needed to design "the" RepRap from "components that are available worldwide". More recently some researchers have been experimenting with the idea that maybe it would be better (lower cost, stronger, etc.) to have several different RepRap designs to adapt to whatever local materials are available --
* bamboo where available (Bamboo Printer, etc.)
 
* plywood and SAE components in North America (Paul Bunyan, SAE Mendel, SAE Prusa Mendel, etc.)
    bamboo where available (Bamboo Printer, etc.)
* steel and aluminum in Australia
    plywood and SAE components in North America (Paul Bunyan, SAE Mendel, SAE Prusa Mendel, etc.)
* ice in Antarctica (IceRap)
    steel and aluminum in Australia
* etc.
    ice in Antarctica (IceRap)
    etc.

Revision as of 14:58, 19 June 2020

Vitamin?

Completing key development targets will allow the system to manufacture components currently sourced from commercial suppliers. See Development Roadmap. However, there are a few parts which it won't be able to make... at least for now.

Replimat inherits the term vitamin from the RepRap project, a vitamin (also called an "imported part" or "non-printed part") is anything that you need to make Replimat, which Replimat cannot itself make.

Currently, This list includes the following: Simple List of Non-Printed Parts

  • Fasteners
  • Grease
  • Standard electronic chips such as microcontrollers and optical sensors
  • Standard electrical wiring, USB connectors, LEDs and other electronics components, etc.
  • Standard electrical PCBs -- at least until we have a breakthrough in Automated Circuitry Making
  • Motors (Stepper, Servo, and DC alike)
  • Power Supply

Beyond that, all of the structural and mechanical parts should be printable or otherwise able to be manufactured by machines made primarily of Replimat. Except perhaps the hand that assembles it... for now anyway.

Initially we were under the impression that, in order for everyone that wants one to have a Replimat, we needed to design "the" Replimat from "components that are available worldwide". More recently some researchers have been experimenting with the idea that maybe it would be better (lower cost, stronger, etc.) to have several different designs to adapt to whatever local materials are available --

  • bamboo where available (Bamboo Printer, etc.)
  • plywood and SAE components in North America (Paul Bunyan, SAE Mendel, SAE Prusa Mendel, etc.)
  • steel and aluminum in Australia
  • ice in Antarctica (IceRap)
  • etc.