LightBurn Software For Beginner Laser Engravers 2024

To position the laser using LightBurn, you can follow these steps:

1. Connect the Laser: Ensure that your laser cutter or engraver is properly connected to your computer and that it is recognized by LightBurn. LightBurn supports various types of laser devices, so make sure you have selected the correct device in the software.

2. Home the Laser: Use the homing feature in LightBurn to move the laser head to its home position. This position is typically at the top-left corner of the work area. The homing command will vary depending on your specific laser machine, so refer to your machine's documentation or consult the manufacturer for instructions on how to home the laser.

3. Move the Laser Manually: LightBurn provides manual control options to move the laser head in different directions. In the Move panel or toolbar, you will find buttons or sliders that allow you to move the laser head along the X, Y, and Z axes. Use these controls to position the laser head precisely where you want it.

4. Jog the Laser: LightBurn also offers jogging controls that allow you to move the laser head in small increments. This is useful for fine-tuning the laser position. In the Move panel or toolbar, you will find buttons for jogging the laser head in precise increments. Click these buttons to move the laser head in the desired direction.

5. Utilize the Camera Feature (optional): If you have a camera system set up with LightBurn, you can use it to assist in positioning the laser. The camera feed will provide a live view of your work area, allowing you to accurately position the laser head on your workpiece. Use the camera alignment tools in LightBurn to align the camera feed with the design on your computer screen.

6. Set the Laser Origin: Once the laser head is in the desired position, you can set the laser origin in LightBurn. The laser origin is the reference point for positioning your design on the workpiece. In the Move panel or toolbar, you will find an option to set the laser origin. Click this button to define the current position as the origin.

7. Test the Laser Positioning: Perform a test run or engraving on a scrap material to verify the laser positioning. This will help you ensure that the laser is aligned correctly with your design and that it engraves or cuts in the intended location.

By following these steps, you can effectively position the laser using LightBurn to achieve accurate and precise results in your laser cutting or engraving projects.

How to position text in the lightburn work area.  The different features for positioning text at the top, bottom, center, and more.

Lightburn offers users a tool that built into the software called Material Test Generator.  This allows users to test different materials before turning the project.  This allows the laser settings to be adjusted to how you want it to engrave whether it be dark or light.  It's a personal choice.  Users can also turn this into a cut test by changing the setting from fill to line.

In LightBurn, the Cut Settings Editor allows you to define and customize laser cutting or engraving parameters for different materials and operations. You can create, modify, and manage cut settings to achieve the desired results. Here's how you can use the Cut Settings Editor in LightBurn:

1. Open the Cut Settings Editor: Go to "Window" > "Cut Settings Editor" to open the Cut Settings Editor panel. It will appear in the right-hand side panel area of the LightBurn interface.

2. Select a Material Library: At the top of the Cut Settings Editor, you'll find a drop-down menu labeled "Material Library." This menu contains pre-defined material libraries with commonly used materials and their associated settings. Select the appropriate material library for the material you are working with. If you don't find a suitable library, you can create a new one by clicking the "Create New" button.

3. Customize Cut Settings: Once you have selected a material library, you will see a list of cut settings for different operations such as cutting, engraving, or scanning. Each setting represents a specific combination of laser power, speed, and other parameters. You can modify these settings by adjusting the values for power, speed, passes, and other parameters. You can also add or remove settings as needed.

4. Create New Cut Setting: To create a new cut setting, click the "Add" button in the Cut Settings Editor panel. This will add a new row to the list of settings. Enter a name for the new setting and configure the desired parameters.

5. Apply Cut Settings: To apply a specific cut setting to an object or layer in your design, select the object or layer, and in the Cuts Layer Palette (typically located on the right-hand side of the LightBurn interface), choose the desired cut setting from the drop-down menu. The selected cut setting will be applied to the selected object or layer.

6. Save and Manage Cut Settings: To save your modified or newly created cut settings, click the "Save" button in the Cut Settings Editor panel. This ensures that your settings are available for future use. You can also import or export cut settings using the "Import" and "Export" buttons to share settings with others or transfer them between different installations of LightBurn.

By using the Cut Settings Editor in LightBurn, you can define and customize laser cutting or engraving parameters for different materials and operations. This allows you to optimize your laser processing settings and achieve the desired results for your specific projects.

The Selection Tool in LightBurn allows you to select and manipulate objects within the workspace. It is used for tasks such as moving, resizing, rotating, and deleting objects. Here's how you can use the Selection Tool in LightBurn:

1. Activate the Selection Tool: In the LightBurn toolbar, locate the arrow cursor icon. This is the Selection Tool. Click on it to activate the tool.

2. Selecting Objects: With the Selection Tool active, you can click on an object within the workspace to select it. When an object is selected, it will display bounding boxes and control handles, indicating that it is ready to be manipulated.

3. Multiple Selection: To select multiple objects, hold the Shift key on your keyboard while clicking on each object. Each selected object will display its bounding boxes and control handles.

4. Moving Objects: Once an object (or multiple objects) is selected, click and drag the object(s) to move them to a new position in the workspace. You can release the mouse button to drop the object(s) at the desired location.

5. Resizing Objects: To resize an object, click and drag one of the corner control handles of the bounding box. This allows you to adjust the size of the object proportionally. To resize non-proportionally, hold the Shift key while dragging a corner handle.

6. Rotating Objects: To rotate an object, position the cursor outside of the bounding box until it changes to a circular arrow cursor. Click and drag to rotate the object to the desired angle.

7. Deleting Objects: To delete a selected object, press the Delete key on your keyboard or right-click on the object and select "Delete" from the context menu.

8. Deselecting Objects: To deselect all selected objects, click anywhere outside of the selected objects or press the Esc key on your keyboard.

The Selection Tool in LightBurn allows you to interact with objects in the workspace, giving you control over their position, size, rotation, and deletion. It is a fundamental tool for manipulating and arranging elements in your laser cutting or engraving projects.

In LightBurn, the Zoom Tool allows you to zoom in and out of the workspace to get a closer or wider view of your design. Here's how you can use the Zoom Tool in LightBurn:

1. Select the Zoom Tool: In the LightBurn toolbar, locate the magnifying glass icon. This is the Zoom Tool. Click on it to activate the tool.

2. Zoom In: To zoom in, click on the area of the design or workspace where you want to focus. Each click will incrementally zoom in, bringing the clicked area closer to your view. Alternatively, you can click and drag a selection box around a specific area to zoom in on that area.

3. Zoom Out: To zoom out, hold the Alt key (Option key on Mac) on your keyboard and click the area you want to zoom out from. Each click will incrementally zoom out, providing a wider view of the design or workspace. Alternatively, you can hold the Alt key (Option key on Mac) and drag a selection box around a specific area to zoom out from that area.

4. Zoom Reset: To reset the zoom level and return to the default view, double-click on the Zoom Tool icon in the toolbar.

5. Zoom Percentage: In the status bar at the bottom of the LightBurn interface, you can see the current zoom percentage. This displays the level of magnification applied to the workspace.

By using the Zoom Tool in LightBurn, you can adjust the zoom level to focus on specific areas of your design or to get an overall view of the workspace. This allows you to work with precision and navigate through your laser cutting or engraving projects more effectively.

To install fonts in LightBurn, you need to install the fonts on your computer's operating system. Once the fonts are installed, they will be available for use in LightBurn. Here's how you can install fonts on Windows and macOS:

Windows:

1. Download Fonts: Find and download the font files (typically in .ttf or .otf format) that you want to install to your computer.

2. Install Fonts: Right-click on each font file and select "Install" from the context menu. Alternatively, you can double-click on the font file and click the "Install" button in the font preview window.

3. Restart LightBurn: After installing the fonts, close and reopen LightBurn to ensure that the newly installed fonts are recognized and available for use.

macOS:

1. Download Fonts: Download the font files (usually in .ttf or .otf format) that you want to install to your computer.

2. Install Fonts: Double-click on each font file. The Font Book application should open, displaying a preview of the font. Click the "Install Font" button to install the font.

3. Restart LightBurn: After installing the fonts, close and reopen LightBurn to ensure that the newly installed fonts are recognized and available for use.

Once you have installed the fonts on your computer's operating system, they should be accessible in LightBurn. To use the installed fonts in LightBurn, follow these steps:

1. Open LightBurn and select the Text tool from the toolbar.

2. In the Text Edit panel on the right-hand side, click the drop-down menu for font selection.

3. Scroll through the list to find the installed fonts. The names of the installed fonts should be displayed in the font selection menu.

4. Click on the desired font to apply it to the selected text object in LightBurn.

By installing fonts on your computer's operating system and restarting LightBurn, you can access and use the installed fonts in your laser cutting or engraving projects.

The Trace Tool in LightBurn allows you to convert raster images, such as JPEG or PNG files, into vector paths that can be used for laser cutting or engraving. Here's how you can use the Trace Tool in LightBurn:

1. Importing the Image: Start by importing the raster image you want to trace. Go to "File" > "Import" or use the shortcut Ctrl+I (Command+I on Mac) to browse for and select the image file from your computer. The image will appear in the LightBurn workspace.

2. Opening the Trace Tool: With the image selected, go to "Tools" > "Trace Image" or use the shortcut Ctrl+Alt+T (Command+Option+T on Mac) to open the Trace Tool dialog box.

3. Adjusting the Trace Settings: In the Trace Tool dialog box, you'll find various settings to control the tracing process. These settings include "Brightness Cutoff," "Smoothness," and "Detail." Adjust these settings to achieve the desired level of detail and accuracy in the traced vector paths. You can preview the results in real-time by clicking the "Preview" button.

4. Trace Output Options: LightBurn offers different options for the output of the traced image. You can choose to create a "Fill" (closed shapes) or "Line" (open paths) trace. Select the desired output option based on your intended use for the traced image.

5. Generating the Trace: Once you have adjusted the settings and chosen the desired output option, click the "Trace" button in the Trace Tool dialog box. LightBurn will process the image and generate the traced vector paths based on your settings.

6. Refining the Traced Paths: After the trace is complete, you may need to refine the traced paths further. You can select and edit the individual paths using the Node Editor or other editing tools in LightBurn. This allows you to make adjustments, smooth curves, or modify the paths as needed.

7. Cutting or Engraving: Once you are satisfied with the traced vector paths, you can proceed to laser cutting or engraving using the traced image. Set the appropriate cutting or engraving parameters for your specific material and machine, and send the job to the laser.

By using the Trace Tool in LightBurn, you can convert raster images into vector paths, enabling you to create precise and accurate laser-cut or engraved designs based on the original image.

n LightBurn, you can adjust the font size for text objects using the following steps:

1. Select the Text Object: Click on the text object in the LightBurn workspace that you want to modify. The selected text object will display bounding boxes and control handles.

2. Access the Text Edit Panel: Look for the "Text Edit" panel in the right-hand side panel area of the LightBurn interface. If you don't see this panel, you can open it by going to "Window" > "Text Edit" or by pressing the "T" key on your keyboard.

3. Adjust Font Size: In the Text Edit panel, you'll find a "Font Size" input field. You can directly input the desired font size value or use the up and down arrow icons next to the input field to increase or decrease the font size incrementally.

4. Apply Changes: After modifying the font size value, LightBurn will automatically update the text object's appearance in the workspace. You can observe the changes in real-time.

5. Fine-Tuning: If you need more precise control, you can click on the text object and manually adjust the font size by dragging the control handles located at the corners of the bounding box.

By increasing or decreasing the font size, you can adjust the legibility and visibility of text objects in your designs. LightBurn allows you to modify font sizes both numerically and visually, giving you flexibility and control over the appearance of your laser-cut or engraved text.

In LightBurn, you can move windows and panels within the user interface to customize the layout according to your preference. Here's how you can move windows in LightBurn:

1. Undocking a Window: By default, windows in LightBurn are docked, meaning they are attached to specific areas of the interface. To move a window, you first need to undock it. Locate the window you want to move, such as the Cuts Layer Palette or the Laser Control Panel.

2. Undock Option: Look for a small icon on the top-right corner of the window. It typically looks like a square with an arrow pointing outwards or a pin symbol. Click on this icon to undock the window.

3. Dragging the Window: Once the window is undocked, click and hold the title bar of the window (the area at the top of the window containing the window's name or label). While holding the mouse button, drag the window to the desired location within the LightBurn interface.

4. Docking the Window: If you want to dock the window back into the interface, simply drag the window towards the desired docking area, such as the left or right panel, and release the mouse button. The window will snap into place and become docked.

5. Resizing Windows: You can also resize windows in LightBurn by hovering the cursor over the edges or corners of a window until the cursor changes to a double-headed arrow. Click and drag the edge or corner to adjust the size of the window.

By moving and resizing windows in LightBurn, you can create a customized layout that suits your workflow and preferences. This allows you to arrange the interface elements in a way that maximizes efficiency and convenience while working on your laser cutting or engraving projects.

The Node Editor in LightBurn is a powerful feature that allows you to edit and manipulate vector shapes and paths with precision and control. It provides a visual interface where you can modify individual nodes (points) that make up a vector object, allowing you to create intricate designs and make precise adjustments. Here's a brief description of the Node Editor in LightBurn:

1. Accessing the Node Editor: The Node Editor can typically be accessed by selecting a vector object or shape and choosing the "Edit Nodes" option from the toolbar or right-click menu in LightBurn. This opens a separate window or panel where you can view and modify the nodes of the selected object.

2. Node Manipulation: In the Node Editor, you can see each individual node that makes up the selected vector object. Nodes represent the anchor points and control handles that define the shape and curvature of the object. You can click and drag nodes to reposition them, adjust control handles to modify curves, or add and delete nodes to reshape the object.

3. Edit Paths and Curves: The Node Editor allows you to edit the paths and curves of vector objects in various ways. You can adjust the position and curvature of segments by manipulating the nodes and control handles. This gives you fine-grained control over the shape and appearance of your designs.

4. Smooth and Corner Nodes: Nodes in the Node Editor can be classified as smooth or corner nodes. Smooth nodes create smooth curves, while corner nodes create sharp angles. You can convert between smooth and corner nodes to adjust the style and behavior of the vector object.

5. Bezier Handles: Bezier handles are control handles that allow you to control the direction and curvature of curves between nodes. By adjusting the length and angle of the handles, you can modify the shape and smoothness of the curves.

6. Path Operations: The Node Editor also provides various path operations that allow you to combine, subtract, or intersect vector objects. These operations can be performed on selected nodes or entire vector objects, enabling you to create complex shapes and composite designs.

7. Precise Editing and Alignment: The Node Editor offers precise editing capabilities, allowing you to input specific coordinates and measurements for nodes and control handles. This allows for accurate positioning and alignment of vector objects.

The Node Editor in LightBurn provides a robust set of tools and functionality for editing and manipulating vector shapes and paths. It allows you to fine-tune the details of your designs, create smooth curves, adjust angles and shapes, and perform advanced path operations. The Node Editor is a valuable tool for users who require precise control and customization in their laser cutting or engraving projects.

The Hotkey Editor in LightBurn is a feature that allows you to customize and assign keyboard shortcuts to various commands and functions within the software. It provides a convenient way to personalize your workflow and streamline your laser cutting or engraving tasks. Here's a brief description of the Hotkey Editor in LightBurn:

1. Accessing the Hotkey Editor: The Hotkey Editor can typically be accessed through the "Edit" menu in LightBurn. It opens a window that displays a list of available commands and their corresponding keyboard shortcuts.

2. Command Assignments: In the Hotkey Editor, you can assign or change keyboard shortcuts for specific commands. This includes common functions like file operations (e.g., open, save), editing tools (e.g., copy, paste), navigation commands (e.g., zoom in, zoom out), and other LightBurn features.

3. Default and Custom Hotkeys: LightBurn comes with a set of default hotkey assignments, but the Hotkey Editor allows you to customize and override these defaults. You can assign the keyboard shortcuts that work best for your preferences and workflow.

4. Editing Hotkeys: To assign a new hotkey, select the command from the list in the Hotkey Editor and click on the "Assign" button. You can then press the desired key combination on your keyboard to assign it as the hotkey for that command. Additionally, you can edit or remove existing hotkey assignments as needed.

5. Command Filtering: The Hotkey Editor in LightBurn provides filtering options to help you find specific commands or functions more easily. You can filter commands based on their category or search for specific keywords.

6. Importing and Exporting Hotkeys: LightBurn allows you to import and export hotkey configurations, making it easy to share your custom hotkey settings with others or transfer them to a different installation of LightBurn.

Customizing hotkeys using the Hotkey Editor in LightBurn can greatly enhance your productivity and workflow efficiency by allowing you to access frequently used commands quickly and easily. It provides flexibility and personalization to suit your specific needs and preferences while working with the software.

The Offset Tool in LightBurn is a feature that allows you to create outlines or borders around vector shapes. It is particularly useful when you want to add a consistent border or offset to your designs.

Here's how the Offset Tool works in LightBurn:

1. Select the vector shape(s): Choose the vector shape or shapes that you want to apply the offset to. You can select multiple shapes at once.

2. Access the Offset Tool: In the toolbar or the Edit menu, find and select the Offset Tool. The tool may be represented by an icon that resembles a shape with an outline around it.

3. Set the offset distance: After selecting the Offset Tool, you can specify the desired offset distance in the options or settings panel. LightBurn allows you to enter the offset value manually or adjust it using sliders.

4. Apply the offset: Once you've set the offset distance, click on the "Apply" or "Offset" button to generate the offset shape. LightBurn will create a new vector shape that surrounds the original shape at the specified distance.

5. Adjust offset properties: After applying the offset, you can modify the properties of the newly created shape. You can change its stroke color, line thickness, or other attributes using the various editing tools available in LightBurn.

6. Fine-tune the offset: If needed, you can further refine the offset shape by using the Node Editing Tool. This allows you to manipulate individual nodes and adjust the curves and angles of the offset path.

The Offset Tool in LightBurn is particularly useful when working with designs that require consistent borders, such as creating nameplates, signage, or decorative frames. It saves you time by automating the process of generating offsets and ensures that the borders are uniform and accurately aligned with the original shapes.

It's important to note that the Offset Tool works with vector shapes and cannot be used directly on raster images. If you want to add a border or outline to a raster image, you would need to convert it to a vector format first.

Remember to experiment with different offset distances and settings to achieve the desired effect for your designs.

Understanding Optimization Setting in LightBurn.  How to use the different features of Optimization settings and where its located inside LightBurn.

Optimization settings in LightBurn refer to the options and parameters that can be adjusted to optimize the cutting or engraving process for efficiency and quality. These settings help you achieve the desired results while minimizing material waste, reducing processing time, and improving overall productivity. Here's a brief description of optimization settings in LightBurn:

1. Cut Order: The cut order optimization setting allows you to prioritize the order in which different layers or objects are processed by the laser. By arranging the layers or objects based on their cutting priority, you can minimize unnecessary tool head movement and optimize the workflow.

2. Path Order: LightBurn offers path order optimization, which determines the sequence in which individual lines or curves are processed within a layer or object. This optimization can reduce travel time and optimize the efficiency of the laser's movement during cutting or engraving.

3. Fill Optimization: For fills or areas that need to be engraved, LightBurn provides options for optimizing the fill pattern. You can choose different fill types (such as hatch, dot, or line) and adjust parameters like spacing or angle to achieve the desired engraving result efficiently.

4. Scan Optimization: When scanning or engraving images, LightBurn offers optimization settings to control the scanning pattern and optimize the engraving quality. You can adjust parameters like DPI (dots per inch) or scan angle to achieve the desired level of detail and speed.

5. Kerf Compensation: Kerf compensation is an optimization setting that adjusts the cutting or engraving paths to account for the width of the laser beam. By applying kerf compensation, you can achieve more precise results when cutting or engraving objects with tight tolerances.

6. Optimization Tolerance: LightBurn allows you to set the optimization tolerance, which determines the level of detail or accuracy of the cutting or engraving process. Adjusting the tolerance can help balance processing time and quality, depending on the specific requirements of your project.

These are just a few examples of the optimization settings available in LightBurn. The specific options and parameters may vary depending on your laser cutter or engraver and the capabilities of your machine. Experimenting with different optimization settings can help you achieve the best results for your specific cutting or engraving tasks.

How to square the work piece in the laser work area.  The different features LightBurn offers for positioning the laser with the work piece.

To square a workpiece for engraving using LightBurn, you can follow these steps:

1. Prepare your workpiece: Ensure that your workpiece is flat and properly positioned within your laser engraving machine. It should be securely clamped or held in place to prevent movement during the engraving process.

2. Configure the workspace: Open LightBurn and set up your workspace according to the dimensions of your workpiece. Go to the "Settings" menu and adjust the width and height settings to match the size of your workpiece.

3. Align the laser head: Use the manual controls in LightBurn to move the laser head to the top-left corner of your workpiece. This will serve as your reference point for aligning the workpiece.

4. Create a square or rectangular shape: Use the drawing tools in LightBurn, such as the Rectangle Tool or Line Tool, to create a square or rectangular shape that matches the dimensions of your workpiece. Alternatively, you can import a vector file of a square or rectangle if you already have one.

5. Align the shape with the workpiece: Move and resize the square or rectangular shape in LightBurn so that it aligns with the edges of your workpiece. You can use the selection and transformation tools to adjust the position and size of the shape.

6. Verify alignment: Double-check the alignment by visually inspecting how well the shape matches the edges of the workpiece. Ensure that the shape is parallel to the workpiece edges and that the corners are aligned.

7. Engrave alignment marks: With the square or rectangular shape in place, use the laser engraving function in LightBurn to engrave alignment marks on the workpiece. These marks will serve as reference points for future alignment.

8. Remove the shape: After engraving the alignment marks, you can remove the square or rectangular shape from the design. This will prevent it from being engraved into the final project.

9. Align future designs: Whenever you need to engrave a new design on the workpiece, use the previously engraved alignment marks as reference points. Align your design with the marks to ensure accurate placement and squareness.

By following these steps, you can square your workpiece and establish accurate alignment for engraving using LightBurn. Remember to always perform test runs and make adjustments as needed to achieve the desired results.

Optimizatiobn settings can be located at the bottom right of the screen UI.  These settings are the cut optimization settings for prioritizing each layer and telling the laser which layer or item to do first based on the order in the optimization settings.

LightBurn, the optimization settings for cut prioritization can be found at the bottom right of the screen in the user interface. These settings allow you to control the order in which the laser cuts or engraves different layers or items in your design. Here is a more detailed explanation:

1. Layer Order: The optimization settings in LightBurn allow you to prioritize the order in which each layer is processed by the laser cutter. Layers are typically used to organize different parts or operations within your design. By setting the layer order, you can specify which layers should be processed first, second, and so on.

2. Drag and Drop: To adjust the layer order, simply click and drag the layers in the optimization settings panel. You can move them up or down to change their priority. The layer at the top of the list will be processed first, followed by the second layer, and so on.

3. Cutting Optimization: The optimization settings also apply to items within each layer. For example, if you have multiple shapes or objects within a layer, you can control the order in which they are cut or engraved. By arranging the items within a layer, you can define the cutting sequence based on your preferences or specific requirements.

4. Prioritizing Operations: In addition to controlling the layer and item order, the optimization settings allow you to prioritize different types of operations. For example, you can specify whether a layer should be cut before another layer, or if engraving should take precedence over cutting. This allows you to customize the order of operations based on your desired outcome.

5. Optimization Efficiency: By organizing the layer and item order in the optimization settings, you can optimize the efficiency of the laser cutting process. For instance, you can arrange the layers/items to minimize tool head movement, reduce material waste, or maximize production speed. This helps to streamline the cutting process and improve overall productivity.

It's important to note that the optimization settings may vary depending on the specific laser cutter or engraver you are using, as well as the capabilities of your machine. Therefore, it's recommended to consult the user manual or documentation provided by the manufacturer for detailed instructions on optimizing cut prioritization using LightBurn.

In LightBurn, the Cuts Layer Palette is a panel that allows you to manage and assign cut settings to different layers within your design. It provides control over the laser cutting or engraving parameters for each layer, allowing you to customize the settings based on your requirements. Here's how you can use the Cuts Layer Palette in LightBurn:

1. Open the Cuts Layer Palette: By default, the Cuts Layer Palette is located on the right-hand side of the LightBurn interface. If you don't see it, go to "Window" > "Cuts Layer Palette" to open it.

2. Create Layers: In the Cuts Layer Palette, you can create multiple layers by clicking the "+" button at the bottom of the panel. Each layer represents a distinct part of your design that can have its own cut settings.

3. Assign Cut Settings: To assign cut settings to a specific layer, select the layer in the Cuts Layer Palette by clicking on it. Then, choose the desired cut setting from the drop-down menu located in the same row as the layer. The cut setting determines the laser power, speed, and other parameters for that particular layer.

4. Customize Cut Settings: If you need to modify the cut settings for a layer, you can do so by clicking the "Edit" button (pencil icon) next to the drop-down menu. This opens the Cut Settings Editor, where you can adjust the parameters for the selected cut setting.

5. Arrange Layer Order: The order of the layers in the Cuts Layer Palette determines their stacking order in the design. You can rearrange the layer order by clicking and dragging a layer up or down in the list.

6. Enable or Disable Layers: To temporarily disable a layer from being processed during laser cutting or engraving, you can uncheck the checkbox next to the layer in the Cuts Layer Palette. This allows you to easily control which layers are active or inactive.

7. Delete Layers: If you want to remove a layer from the Cuts Layer Palette, select the layer and click the "-" button at the bottom of the panel. Be aware that deleting a layer will also delete any objects associated with that layer.

By using the Cuts Layer Palette in LightBurn, you can organize your design into separate layers and assign specific cut settings to each layer. This gives you control over the laser processing parameters for different parts of your design, allowing for greater flexibility and customization in your laser cutting or engraving projects.

understand the different tools and functions