Digifab Plan 2024/2025

Digifab Development Plan

Mid-term Goals

  1. Organize and Optimize Spaces
    • Utilize one of the upstairs shelving units to house the Bambu printer, computers, and associated items neatly.
    • Establish a compressed air hardline across the building to improve accessibility for tools requiring air.
  2. Community Engagement
    • Initiate regular meetups (monthly or fortnightly) for Digifab enthusiasts to connect, share knowledge, and discuss projects. These can be casual gatherings to build a strong community around digital fabrication.

Machinery Management

Intention to Sell: Resin Printers

  • Reasoning: The focus will shift toward maintaining accessible and user-friendly tools like FDM printers, as the Bambu satisfies most 3D printing needs for casual users. Selling the resin printers would allow for better allocation of resources to spaces and equipment that serve a broader audience.

Intention to Sell: Big CO2 Laser Cutter

  • Reasoning:
    • Current Issues: The big CO2 laser cutter is underperforming, producing only 30W of output power, with costly repairs (e.g., a new tube costs ~$1,500).
    • Value: Estimated resale value is around $5,000. Selling while it is operational and before further deterioration makes financial sense.
    • Limitations: Lacks essential features like adjustable Z-axis and tramming options, and replacement parts are challenging to source.
    • Plan: Redirect funds toward purchasing a more reliable, fully-featured machine.

Intention to Buy: Thunder Laser NOVA 35

  • Machine Overview:

    A compact, high-quality laser cutter with a 900x600 mm work area, 100W of power, linear rails, servo motors, a proper camera system, and an automated Z-axis.

  • Cost and Funding:

    Price: ~$15,000, with a $1,000 discount offered by Thunder Laser.

    Plan to organize fundraising efforts involving the Digifab community to achieve this goal.

  • Added Benefits:

    The Nova 35 can be serviced by Thunder Laser on a regular basis (e.g., yearly), reducing reliance on knowledgeable members for repairs and calibration. This professional support ensures consistent performance and longevity.

    The laser can also be managed efficiently at an admin level by the Digifab team, enabling better control and usability for members without requiring in-depth technical expertise.

Keep: Small Red Laser Cutter

  • Reasoning: The small laser cutter, despite its smaller surface area, remains in better condition than the big CO2 laser and offers superior Z-axis capacity.

Reorganizing Spaces Post-Sale

  • Use the space currently occupied by the big CO2 laser cutter to expand the metal shop.
  • Establish a clean machining office in the front room, incorporating the lathe, mill, and laser cutter for an efficient workspace.

Community Involvement

  • Call to Action: If you’re interested in participating in meetups, fundraising efforts, or contributing ideas, please get involved! This is a team effort, and your input will be invaluable in shaping the future of the Digifab space.

I’m definitely interested in attending meetups and events. I’d agree with most of what’s there but I thought it may be worth adding a bit more. 3D printers are very commodity now but there are still some things which are harder to do at home and with home setups that the space could use as drawcards. These are just thoughts and ideas not a proposal to commit to, it needs far more than just one person to want it to make it happen.

A 4 Axis laser/router/etcher

It’s fairly niche but something many are interested in (etching and engraving glassware especially). These tools are not especially expensive now either.

A large format 3D printer

I know it becomes a space hog and there have been previous attempts made but it’s still worth considering especially as a way of drawing people in. The Elegoo OrangeStorm Giga for example: Elegoo OrangeStorm Giga - Best Large FDM 3D Printer 2024 – ELEGOO US

An 800x800x1000 print volume is something most people don’t usually have access to and setting it up with an enclosure has never been cheaper.

A customised printer for nylon, carbon fibre or TPU

Nylon is doable in bambus at the moment but it’s messy, power hungry and usually eats nozzles, especially carbon fibre backed nylon. TPU is also very doable but requires a lot of tinkering and ensuring everything is just perfect. We have a lot of the knowhow in the group already to set up a printer for dedicating to filaments that are otherwise difficult or take a bit more experience to print. This could be a selling point for the space.

Nylon sintering would be amazing too but that’s probably outside of the budget but is probably worth gauging interest in all the same as sintered nylon is great for mechanical parts and forging moulds.