Last Updated: 2024/02/22
In WeCreat MakeIt software, different parameters control the behavior of the laser, affecting the final engraving or cutting effect. Here is a brief guide on the function of each parameter and how to correctly set them:
- Power
Controls the intensity of the laser emitted by the laser head. High power can deepen engraving or speed up cutting, but it may also scorch the material. The correct setting requires experimentation to find the optimal balance point based on the type and thickness of the material.
- Speed
Controls the speed of the laser head movement. The faster the speed, the shorter the time the laser contacts the material, resulting in shallower engraving or cutting. The speed setting needs to consider the type of material and the desired processing depth.
- Pass
Controls the number of times the laser head repeats processing the same area. For thick materials or situations requiring deep engraving, multiple processing may be needed to achieve the desired effect.
- Line Density
Determines the distance between the engraving lines, affecting the fineness of the engraving and the processing time. High line density improves the details of the engraving but also extends the processing time.
- Enhanced Cutting
Enhances cutting depth by repeatedly cutting the same trajectory, suitable for thick materials or situations requiring complete cutting.
- Add Perforated Line (Add Breakpoint for older version)
When this function is enabled, during the cutting operation, the software intelligently leaves a few small connection points (also known as bridging points or hanging points) on the cutting path that are not completely cut through. These connection points are designed to maintain a temporary connection between the cut parts and the original material after the cutting process is finished, to prevent the cut parts from falling or shifting during the processing, especially when dealing with small parts or fine patterns. After the cutting is completed, these points can be easily manually removed, facilitating the handling of subsequent work.
- Ignore for processing
Allows users to selectively ignore certain parts of the design without processing, facilitating local adjustments or experiments in complex designs.
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How to correctly input parameters:
- Familiarize with the material
Different materials react differently to the laser. Understanding the characteristics of your material is key to choosing the correct parameters.
- Perform tests
Before formal processing, conduct array tests on similar material samples to find the best parameter combination.
- Refer to resources
Use the guide provided by the software or search online for recommended parameters for specific materials as a starting point.
- Record experiences
Record the parameters used and the results of each processing, gradually accumulate experience, and optimize future processing effects.