![[Laser cut and engrave] Laser Engraved Colorful Test Grid Calibration Sheet on Metal](https://storage-us.atomm.com/resource/xtool/community/attachment/xtool-community/ccf8315a-17d5-466a-b225-7ffab125ae6b.jpg?x-oss-process=image/resize,w_1200,h_900,limit_0/interlace,1/format,webp/auto-orient,1)
Although there are few community posts, I have created a color engraving test grid for pure titanium and stainless steel from my own unique perspective.
After conducting tests from various perspectives for about a year, I have narrowed down the standard colors to be used for color engraving, and would like to introduce some stainless steel variations that I have obtained from my own country, region, and architectural environment.
[General Tips]
- Place the material in the center of the workbench.
- If the material is far from the center of the lens, the laser's irradiation distance will be longer, and the color may differ from what you expect.
- Engrave during times when the voltage in the building (excluding the workshop's individual line) is stable (late night to early morning).
- Materials are expensive, so mistakes must be avoided.
- Use separate outlets for each unit.
- Do not use extension cords or power strips.
- Keep the power constant.
- The maximum frequency is closely related to the pulse rate.
- Fix the pulse rate (don't raise it too much).
- Adjusting the focus position (±) can make it difficult to achieve the desired color palette.
- Try turning crosshatching on and off.
- Other...
Depending on the number of image downloads and comments, we may consider publishing the test grid and parameter settings.
Reason: We've found that these settings vary depending on the country, region, and building power and voltage fluctuations.
By not publishing this data, we hope to avoid confusion and misunderstandings in other countries.
Google翻訳
It's listed in the description section, so please take a look.