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Chrysn (Diskussion | Beiträge) (Linking to test file used with parameters) |
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== about == | == about == | ||
This section explores different possibilities of parameters and their outcome. | This section explores different possibilities of parameters and their outcome. | ||
Zeile 15: | Zeile 14: | ||
* Leather | * Leather | ||
** Got a 1,5mm raw dark-brown leather, cutting goes | ** Got a 1,5mm raw dark-brown leather, cutting goes incredibly well, but on one side it goes better then on the other. Speed: 45 or 40, Power: 100, Freq.: 2500 | ||
** Engraving is not soo good, you can see the engraved parts, but only on 100/100, and then its not even black or something... May this depends on your leather | ** Engraving is not soo good, you can see the engraved parts, but only on 100/100, and then its not even black or something... May this depends on your leather | ||
* Thin felt ([http://www.creativehobbiesgroup.com/product/8436460 knorrprandel Bogen 1mm]) | |||
** Speed 100% | |||
** Power 10% | |||
** Pulse frequency 2500Hz | |||
* Less thin felt (de: Filz), about 3mm | |||
** Cutting: Speed 90%, Power 20% | |||
** Engraving: more experiments to be done, but note: large black areas will melt the material deeply, thin lines will result in very betauful printing on the material (I used red felt, engraving on dark/brown/black felt might not make much sense) | |||
* Jeans / Denim | |||
** engraving: 60% speed, 60% power. | |||
** engraving of denim glued onto wood: 60% speed, 100% power gets almost through the cloth and makes the wood partially visible. | |||
** cutting of denim glued onto wood: just cut a bit slower than through the wood alone (e.g. 15% speed instead of 20% speed) | |||
== ideas == | == ideas == | ||
* making a example raster / vector file for experimental cuts | * making a example raster / vector file for experimental cuts | ||
** using color mapping for different speed/power/frequency in one job.. | ** using color mapping for different speed/power/frequency in one job. One example is [[:Datei:slowdowntest.svg]], see also [[Laser/Parameters#Notes on engraving vector lines]]. | ||
== settings for circuit boards == | |||
* montana black 312g net/11 oz. blue spray paint use speed 50%, power 100% and 5000hz | |||
[[ | [[Kategorie:English]] | ||
[[ | [[Kategorie:Lazzzor]] | ||
Aktuelle Version vom 11. September 2023, 12:07 Uhr
about
This section explores different possibilities of parameters and their outcome. This is a good place to get you an idea on how to fine tune your parameters.
Material:
- The material
- different parameters 1
- different parameters 2
- different parameters 3
- Soap
- engraving a soap ended in the soap swelling, or so I’ve heard.
- Leather
- Got a 1,5mm raw dark-brown leather, cutting goes incredibly well, but on one side it goes better then on the other. Speed: 45 or 40, Power: 100, Freq.: 2500
- Engraving is not soo good, you can see the engraved parts, but only on 100/100, and then its not even black or something... May this depends on your leather
- Thin felt (knorrprandel Bogen 1mm)
- Speed 100%
- Power 10%
- Pulse frequency 2500Hz
- Less thin felt (de: Filz), about 3mm
- Cutting: Speed 90%, Power 20%
- Engraving: more experiments to be done, but note: large black areas will melt the material deeply, thin lines will result in very betauful printing on the material (I used red felt, engraving on dark/brown/black felt might not make much sense)
- Jeans / Denim
- engraving: 60% speed, 60% power.
- engraving of denim glued onto wood: 60% speed, 100% power gets almost through the cloth and makes the wood partially visible.
- cutting of denim glued onto wood: just cut a bit slower than through the wood alone (e.g. 15% speed instead of 20% speed)
ideas
- making a example raster / vector file for experimental cuts
- using color mapping for different speed/power/frequency in one job. One example is Datei:slowdowntest.svg, see also Laser/Parameters#Notes on engraving vector lines.
settings for circuit boards
- montana black 312g net/11 oz. blue spray paint use speed 50%, power 100% and 5000hz