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Big Laser Rebuild -
On 8/12/19 a fire started in the Big Laser Cutter. Fortunately, the fire was contained to the Big Laser itself. No one was injured, though there was a lot of nasty smoke in the building.
The fire did cause a lot of damage to the Big Laser and made a mess of FabLab. It could have been a lot worse.
We Need Hive13 Members to Volunteer - Hive13 is a Do-ocracy -
WHY should I get involved? Because Hive13 is an all volunteer Member Supported organization.
Hive13 does not have any paid staff. Hive13 only gets better when Members Do Something
What's holding you back?
I don't know anything about Lasers. - Chances are good, You will learn something by participating in the rebuild. You will meet interesting people.
I don't have much time. - As the work unfolds we will break down tasks to smaller bits. You will find something that can
Contact Dave Velzy via email to volunteer email@example.com We need folks to work on
Things we need to do -
- After Action Review to assess the cause and response to the fire.
- Safety Review to assure Hive13 Members are as safe as we need to be
- What do we need to do? Training, Equipment
- Clean-Up – Note: This is a very time consuming step because the crud is tough to get off.
- Vacuum up the Dry Chem from the Fire Extinguisher.
- Clean off soot and burnt plastic.
- Clean Fab Lab to remove residue
- Clear workspace around the Big Laser: Move PC, Cooler and plastic material
- Separate the Small Laser from the Big Laser – Move it away from the Big Laser.
- Close off Big Laser Exhaust Duct on Exhaust fan
- Disconnect Big Laser from Chiller
- Disconnect 220V power for Chiller and Exhaust from Big Laser
- Run Extension Cord for Chiller and Exhaust
- Update Wiki and Instructions on running the small laser
- Evaluate LaserCut 2017 on small laser
- Document the software use and train members
- Damage Assessment
- Photograph and wiki document the damaged parts of the Laser
- Disassemble the damaged parts. Organize, clean and assess the damage.
- Specify and source replacement parts
- Order parts
- Electronics Team
- Evaluate the operating condition of the visibly undamaged electronics – 220V Power circuit, Power Supplies and Drivers, High Voltage circuits.
- Determine Requirements for in house build wiring harness – Circuit Diagram, Connectors, Wire, Wire guides, Strain reliefs, labels, High Voltage
- Assure all parts are ordered
- Assemble the wiring harness
- Install components and bench test prior to systems test.
- Hardware Team
- Continue to disassemble, clean and recondition and reassemble salvageable parts
- Assure all assemblies are square and true
- Prepare the physical machine for electronics installation
- Align the Laser
- Run It
- Prepare a test using LaserCut2017
- Run it on the machine
Things we need to buy
- Charge the CO2 canister for small fires.
- Get a electronics safe extinguisher for large fires.
- Determine if the Retina Engrave board for the 60W is worth $250 to us.