LaserCutter: Difference between revisions
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== Technical Details == | == Technical Details & Manuals == | ||
[[LaserCutter/Technical Details]] | These resources are '''not''' needed by users. | ||
* [[LaserCutter/Technical Details]] | |||
* [[LaserCutter/Calibration]] | |||
== Safety System panel == | == Safety System panel == | ||
Revision as of 10:00, 9 October 2022
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Attention: Dangerous machine ahead |
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| Use only at your own risk, and after proper instruction! |
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Attention: Maintenance |
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| Machine is currently not working (ETA unknown) |
| LaserCutter Status: broken [box doku] | |
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| Description | A Laser to cut stuff |
| Owner | MuMaLab |
Before starting, please read the Safety Guidelines
Current Status
- Undergoing major maintenance and upgrades
- Lens: 50mm
Features
- Big build area (Table Size: 1240 x 1000 mm / max Cutting Size: 1140 x 800 mm)
- Pilot laser for dry run and positioning
- 90W CO2, wavelength ≈ 10 microns
Components / Parts
- Trocen AWC7824 Controller Laser Engraving Cutting Controller
- Reci 90W CO2 Laser Tube
- DY13 100W Laser PSU
- OpenLaserSafety v1.0
- Exhaust System including filters
Technical Details & Manuals
These resources are not needed by users.
Safety System panel
Code on github
The Safety System runs on an Arduino, checks for
- Water flow (Right before the laser tube, arduino counting pulses)
- Chiller temp (measured before and after laser tube)
- Exhaust system (differetial pressure; digital)
- water leak under the chiller and in connection pipe on both sides (digital) (--> Heiko)
- lid closed (reed contacts, directly connected to the controller --> Peter)
--> Adrian, Heiko (Code review by Peter?)
Maybe later:
- Compressor running
- power consumption (???)
- ...
Sensors
Waterleak
Consumables
Our laser tube:
- Reci W3 80W Long life CO2
Mirrors:
- use copper-backed or molybdenum-backed mirrors. Do not use silicone backed mirrors.
Finance
When we have this thing running, we maybe need to think how we can get the costs back in. A 100W laser tube costs around 1200€ and has a lifetime of 6000-10000h.
As discussed on the 20150315 Plenum (and again in 20161009 Plenum), we will start with the following structure:
- 2€ per 10min for members, 3€ for HuS, 4€ for non-members, 5+€ for "commercial" use
Logging
We installed a data logger to keep track of the usage hours. The logger tracks the time the air assist is on, which is just about the runtime the laser controller displays for a job. We want to use this to track the working hours of the laser tube, but if you want to check how long your laser cutting jobs took, feel free to checkt that here as well:
Inspiration
Some connectors: - https://www.flickr.com/photos/satiredun/15868308421/sizes/o/ 'PCB' out of steel: - https://www.youtube.com/watch?v=OtZQoIheYcc
Additional Parts
- Gas spring, Price 24€, Manufacturer Shockex, Part number 1181202100, Amazon [5], Force: 320 N, Outer diameter 1: 18 mm, outer diameter 2: 8 mm, Stroke length: 187 mm, Lenght: 468 mm
Sources
- [1]: http://support.epiloglaser.com/article/8205/42827/
- [2]: http://www.lasersaur.com/
- [3]: http://www.lightobject.com/AWC608-Commercial-DSP-CO2-Laser-Engraving-Cutter-Controller-P321.aspx
- [4]: http://www.gasfedershop.de/gasfeder_berechnung/
- [5]: http://www.amazon.de/gp/product/B008MPR8W8
- [6]: https://www.youtube.com/watch?v=Wpsi3tKJGMo
