D3D Laser Cutter: Difference between revisions
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=Build Instructions= | |||
<html><iframe src="https://docs.google.com/presentation/d/e/2PACX-1vSoHcwoXB7S1RYsBciGiX3hiE2_NqDFyaFNJwhBka04H0zSXSMCOKYTr_k1anGJmxSdtGs2eYu6UgyK/embed?start=false&loop=false&delayms=3000" frameborder="0" width="960" height="569" allowfullscreen="true" mozallowfullscreen="true" webkitallowfullscreen="true"></iframe></html> | |||
[https://docs.google.com/presentation/d/1ewDM8UKZQLwcVp3uVRxAb1M0eSC_uuDzo0Syb9FHM_8/edit#slide=id.g1861bf60d5_0_6 edit] | |||
=Development Template= | |||
<html><iframe src="https://docs.google.com/spreadsheets/d/e/2PACX-1vROxu86BMRcpV8JNO9NT8pi544lKI8VdJmMVxi9quX8mVoxx0ZCGD4vIN6lX_IxnAeQI-09ZrIwwhkr/pubhtml?widget=true&headers=false" height=500 width=500></iframe></html> | |||
[https://docs.google.com/a/opensourceecology.org/spreadsheets/d/1Em1KlT8VMYz5lGiG4waEoJXgBjSU20BZC-OWTRvEOQs/edit edit] | |||
=Basics= | =Basics= | ||
*Part of the [[Open Source Digital Fabrication Construction Set]] | *Part of the [[Open Source Digital Fabrication Construction Set]] | ||
*A laser cutter that uses the D3D frame | *A laser cutter that uses the D3D frame and [[Universal Axis]] system. | ||
=Used For= | =Used For= | ||
| Line 20: | Line 30: | ||
=BOM= | =BOM= | ||
*See [[Small Lasers]] for diode choices from 3 to 15 Watts. 3.5 watts appears ideal - it can do 3 mm plywood. | *'''See [[Small Lasers]] for diode choices from 3 to 15 Watts.''' 3.5 watts appears ideal - it can do 3 mm plywood. | ||
=CAD/CAM= | |||
DXF cutting files for frames - [[Laser_Cutter_Frames]] | |||
=See Also= | =See Also= | ||
*[[3W Laser]] - shows 6mm cut, and source for laser. | |||
*[[3W Laser]] | |||
*[[4W Laser]] | *[[4W Laser]] | ||
*[[Laser Head]] | *[[Laser Head]] | ||
Latest revision as of 17:23, 2 March 2019
Build Instructions
Development Template
Basics
- Part of the Open Source Digital Fabrication Construction Set
- A laser cutter that uses the D3D frame and Universal Axis system.
Used For
- Cutting of many materials of varying thickness (depends on output power)
- Engraving of flat wood or metal surfaces
- Engraving of the glass subsurface ( See this video )
Industry Standards
3D printer conversions:
- 2.5 W engraves well and cuts paper - and 4 mm plywood with multiple passes. . Uses Inkscape with engraving plugin -, [1]. 2.5W laser needs a 2A power supply. Needs a regulator to modulate power output.
- 2.5 W with RAMPS - [2]. 3 mm balsa at 10 mm/sec works with 3 passes. One model of CEB Press - could be done rapidly. Thus, modeling 1 mm cardboard would be 10 mm/sec one pass - probably. A 5 minute cut gets us 300 seconds of cut - 120" or 10 feet of cut. In one hour - say over lunch - we get up 3600 seconds - 120 feet of cut. Plenty for modeling.
Minimum Viable Product
- Modular
- Uses the Open Source Laser Construction Set
- Scalable output power (from 1 Watt to 10 Kilowatts)
- Collects the debris via suction from an Open Source Vacuum Cleaner for recycling
BOM
- See Small Lasers for diode choices from 3 to 15 Watts. 3.5 watts appears ideal - it can do 3 mm plywood.
CAD/CAM
DXF cutting files for frames - Laser_Cutter_Frames
See Also
- 3W Laser - shows 6mm cut, and source for laser.
- 4W Laser
- Laser Head
- Laser Cutter Benchmarking
- Laser_Diode
- Fiber Laser
- Laser Head
- Direct Diode Laser
- Laser SMEs
- Beam Combining
- Laser Diode
- Laser Scanner
- Open Source Laser Tech Tree of Choices
- Moushira on Risha Laser
- 3D Printed Laser Cutter
- 5 kW Handheld Laser
- Prusa i3 version of laser cutter. Linked from Wikipedia Prusa i3 article. - [3].
- Functional Diagram for CO2 laser cutter - Laser_Cutter/Research_Development#Functional_Diagram
- Open Source software for controlling lasers -LaserWeb