Use xTool Creative Space (XCS) to Operate xTool P2
This page describes the functions of xTool Creative Space (XCS) and how to use it to operate xTool P2.
Minimum and recommended PC requirements
- Engrave a star on a 3 mm basswood board
- Cut a star from an acrylic sheet
- Engrave a pattern on a jewel case
- Menus
- Vertical toolbar
- Horizontal toolbar
- Canvas
- Device settings
- Processing settings
- Start processing
Minimum and recommended PC requirements
Item |
Minimum configuration |
Recommended configuration |
Processor |
Intel Core i5-6200U |
Intel Core i5-11600 |
Operating system |
Win 10 (64-bit) macOS 10.14 or later |
|
RAM |
8 GB |
16 GB |
Display resolution |
1280 × 720 (pixels) |
1920 × 1080 (pixels) or higher |
Hard drive |
8 GB |
12 GB |
- With the minimum configurations, all the functions of XCS can be used properly. When you import a complex image, such as an image larger than 50,000,000 pixels or an SVG image larger than 1 MB, however, XCS may fail to run smoothly.
- With the recommended configurations, XCS can run more smoothly when you import and edit a complex image, the software delay may be shorter, and the performance is better.
Download and install XCS
Click Yes when you are asked "Do you want to allow this app to make changes to your device?" and then continue the installation as prompted.
Processing modes
XCS supports multiple processing modes for xTool P2.
The processing modes are described as follows:
- Slats flat: to process flat materials with the slats in place
- Laser cylindrical: to process regular or irregular cylindrical materials
In this mode, you need to use xTool Rotary Attachment. For details about how to use xTool P2 with Rotary Attachment, see "Use xTool P2 with Rotary Attachment."
- Open plane: to process thick materials
In this mode, XCS allows you to place the material surface to be processed below the reference plane, that is, the plane formed by the upper sides of the slats.
- Conveyor feeder: to process long flat materials
In this mode, you need to use xTool Conveyor Feeder. For details about how to use xTool P2 with Conveyor Feeder, see "Use xTool P2 with Conveyor Feeder."
- Curve process: to process materials curved surfaces
Currently, this is a beta function and is being improved. In this mode, you need to remove all the slats and can measure a curved area on a material and map objects onto the area before processing the material. For details, see "Process Materials with Curved Surfaces Using xTool P2."
Example projects
You can start with a simple project. The following are some examples.
Engrave a star on a 3 mm basswood board
- Insert the star shape on the canvas.
- Select the Slats flat processing mode.
- Place a basswood board on the slats, and move the object to the position where you want it to be processed.
- Measure the thickness of the material.You can use either the aimed-measure or quick-measure to measure thickness.
- Set processing parameters for the object to be processed.
- Press the Process button.
- Preview the object and click Process.
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Press the button on xTool P2 to start processing.
- Wait for the processing to complete.
This is what you get after the processing.
Cut a star from an acrylic sheet
The steps for cutting a star from an acrylic sheet are similar to those of engraving a star on a basswood board.
- Insert the star shape on the canvas.
- Select the Slats flat processing mode.
- Place the acrylic sheet on the slats, and move the object to the position where you want it to be processed.
- Measure the thickness of the material.
- Set processing parameters for the object to be processed.
- Press the Process button.
- Preview the object and click Process.
- Press the button on xTool P2.
- Wait for the processing to complete.
This is what you get.
Engrave a pattern on a jewel case
- Measure the height of the jewel case.
The height is greater than 25 mm, you need to remove the slats.
- Remove the slats.
- Select the Open plane processing mode.
- Disable the baseplate detection function (required only for Class 4 xTool P2).
Note: By default, baseplate detection is enabled for xTool P2. For Class 4 laser machines, if you don't disable this function, XCS keeps prompting you to remove the baseplate in Open plane processing. For Class 1 laser machines, you don't need to disable it.
You can identify whether your machine is a Class 1 or Class 4 one based on the sticker on the back of the machine.
- Place the case in the working area, and click aimed-measure to allow the red spot to fall on the material.
- Move the object to the position where you want it to be processed.
- Set the processing parameters for it.
- Press the Process button.
- Preview the object and click Process.
- Press the button on xTool P2.
- Wait for the processing to complete.
This is what you get.
With the rise base, conveyor feeder, and rotary attachment, xTool P2 can process thicker, longer, and a wider range of materials.
More examples
To process regular and irregular cylindrical materials, see "Use xTool P2 with Rotary Attachment."
To process long materials, see "Use xTool P2 with Conveyor Feeder."
XCS function description
- Smart fill
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Align
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Combine
Menus
① Settings
- General
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- Unit: sets the unit for displaying the size and position of a design element
- Hot keys: You can click View to view all the hot keys supported by XCS
- Auto-snapping: enables or disables the auto-snapping function of the canvas. The function is enabled by default.
- When it is enabled, guides appear when you move an element on the canvas to help you align the element with another element or the grids.
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- When it is disabled, no guide appears when you move an element.
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- Precise vector path selection: By default, this function is disabled.
When this function is disabled, you can select a vector path by clicking on the selection box of it. The selections boxes of multiple vector paths, however, may overlap, causing difficulty in selecting the target vector path.
As shown in the following figure, it is difficult to select the purple line because it is located within the selection box of another line.
When this function is enabled, no selection box is provided for vector paths. You need to move the mouse pointer close to a line to select it. In this way, you can select a vector path without selection box interfering.
As shown in the following figure, you can select a line by moving the mouse pointer close to it and then clicking.
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- Precise DXF file parsing: sets whether to parse DXF files with new algorithms. The new algorithms ensure better parsing results without line missing or deformation and therefore use more PC memory. It is disabled by default. You are advised not to enable this function when your DXF files are properly parsed on XCS.
- Imported image too large for the canvas: sets how to process an imported image that is too large for the canvas, including the following options:
- Ask me every time: XCS asks you every time when you import an image that is too large for the canvas.
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- Auto-scale it: XCS automatically scales an image that is too large for the canvas when you import it.
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- Keep its size: XCS displays an image that is too large for the canvas in the original size when you import it.
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- Language: sets the language of the UIs
- Custom parameter settings: allows you to export the processing parameter settings you've saved before or import parameter settings into XCS from a local disk
- Software update: displays the software version and checks for later versions
- About: displays information about the software
- Developer mode
xTool P2 does not support forced firmware update.
② File
- New: creates a new project file
- Open project...: opens a local project file, supporting only .xcs files
- Import image...: imports an image file. Currently, XCS supports the importing of only JPG, JPEG, GIF, PNG, BMP, SVG, DXF, and WEBP files.
- Save: saves all the changes to the project
- Save as: saves the project to another file
Project name
It displays the name of the project, and you can double-click it to enter a project name.
Links
- Announcement: links to the announcement window of XCS, where you can find the latest announcement released
- Community: links to the XCS community, where you can find more information about XCS, share your projects, discuss with others, and get inspired
- Projects: links to the example project center, where you can find various example projects
- Support: links to the xTool support website, where you can find online help for xTool products
- Shop: links to the xTool online store, where you can purchase xTool products, accessories, and materials
Vertical toolbar
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- Image: click to image an image. Currently, XCS supports the importing of only JPG, JPEG, GIF, PNG, BMP, SVG, DXF, and WEBP files.
Note: Currently, text objects can't be properly parsed on XCS. If you are to import an SVG file including texts, please convert the texts into paths and then import the SVG file into XCS, so that the SVG image can be properly processed.
If you import a bitmap image, you can set it by using the image setting panel on the right after importing it.
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- Filter: You can add a grid filter for the image.
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- Sharpness: With other settings unchanged, sharpness is related to the clarity of detail in an image.
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- Grayscale: The grayscale is related to the contrast of light and shade. Slide the block on the left to the middle to enhance the shade. Slide the block on the right to the middle to enhance the light.
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- Invert: You can invert the colors of a bitmap image. This function can be useful for the processing of some dark materials, such as engraving bitmap images on transparent or translucent acrylic, black slates, ruber, and mirrors. The engraving results can be improved by using this function.
XCS supports color inverting of black-and-white, grayscale, and color bitmap images, as described in the following:- Black-and-white images: White pixels are inverted into black ones, and black ones are inverted into white ones.
- Invert: You can invert the colors of a bitmap image. This function can be useful for the processing of some dark materials, such as engraving bitmap images on transparent or translucent acrylic, black slates, ruber, and mirrors. The engraving results can be improved by using this function.
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- Grayscale images: Light pixels are inverted into dark ones, and dark ones are inverted into light ones.
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- Color images: A color image is converted into a grayscale image first, and then light pixels are inverted into dark ones, and dark ones are inverted into light ones.
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Note: For an image with a transparent or translucent background, the background is not inverted, and only the colors of the pixels in the image are inverted.
In addition to the preceding settings, you can further edit an image.
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- Magic wand: deletes the area you want to delete from the image
Fuzziness: This parameter is available only for the magic wind, indicating the range of pixel colors you delete at a time. The larger the value, the wider the color range, that is, the colors of the pixels to be deleted can be quite different; the smaller the value, the narrower the color range, that is, the colors of the pixels to be deleted are very similar.
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- Eraser: erases the area where you click from the image
Size: This parameter is available only for the eraser, indicating the size of the eraser. The larger the value, the larger the eraser.
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- Crop: keeps the area you select
- Insert: selected to draw a common shape. You can press Shift to draw a square, circle, or horizontal or vertical line.
- Shape: Click to insert a shape
- Text: click to insert a text. The default text is HELLO. After inserting the text, you can change the words, and set the font size, typeface, style, spacing, leading, and aligning mode. In addition, you can weld the character strings in a text.
Weld
This function is used to unite the character strings that overlap one another partially in a text. After being welded, the text becomes vector paths and the text setting panel is not displayed after you select it.
If no character strings overlap one another partially in the text, the text looks the same but becomes vector paths after you weld it, and the text setting panel is not displayed after you select it.
- Vector: selected to draw a vector path
You can press the Esc key or click any other menu to finish the drawing.
After drawing a vector path, you can double-click it to edit it as follows:
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- Double-click an anchor point to convert it to a rounded corner or back to a corner.
- Drag an anchor to change the curvature.
- xArt: click to enter the xArt image generation portal, where you can generate images by entering prompts or uploading images. Currently, this is a beta function and is being improved. If you use xArt for the first time, you need to sign up an account and get your initial points, and every time you use xArt to generate an image, a number of points is cost.
- Select: click and select one or more items
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- Select one element: click an item to select it
- Select multiple elements:
- Way 1: drag the mouse pointer over all the elements to be selected
- Way 2: hold down the Shift key on the keyboard and click the elements to be selected. When holding down the Shift key, you can click an element again to deselect it.
Note: When multiple elements are of the same type, you can set processing parameters for them at a time. But for those of different types, you need to set processing parameters for them separately.
- Hand: selected to move the canvas by dragging the mouse.
Horizontal toolbar
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- Undo: cancels the last action
- Redo: performs the last action again
- Outline: adds an outline to the elements. In addition to adding outlines for bitmaps, vector paths, and texts, you can add inner outlines for bitmaps with transparent backgrounds.
If the background of a bitmap image is not transparent, when the offset distance is a positive value, the outline is outer. When the offset distance ia s negative value, the outline is inner.
If the background of a bitmap image is transparent, you can select Add inner outline for bitmap to add an inner and outer outline for it.
- Array: creates multiple copies of an element at a time and lays them out in grid or circular mode. Select an element, choose an array mode, and complete the settings.
- Smart fill: duplicates a design element for multiple materials, helping you process multiple materials at a time. Edit your design for one material, and then click Smart fill. The same design is generated for other materials.
- Group: groups two or more elements you've selected
- Ungroup: ungroups the elements you've grouped
- Align: aligns multiple elements
For example, to align the elements shown in the following figure.
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- Align left
- Horizonral align center
- Align right
- Align top
- Vertical align center
- Align bottom
For example, to distribute the elements shown in the following figure.
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- Distribute horizontally
- Distribute vertically
- Arrange: arranges the order of elements. You can bring an element to front or send it to back, or bring it forward or send it backward one layer by one layer.
For example, to arrange the elements shown in the following figure.
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- Bring forward
- Bring to front
- Send backward
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- Send to back
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- Combine: combines two or more elements
When you unite the two elements:
When you subtract the two elements:
When you unite the two elements at overlap:
When you subtract the two elements at overlap:
- Reflect: reflects an element horizontally or vertically
When you reflect the element horizontally:
When you reflect the element vertically:
- Position: sets the position of an element on the canvas by the x and y coordinates. The point (0, 0) is in the upper left corner. By default, when you insert a shape or import an image, it is positioned in the upper middle of the canvas. The unit can be set in Settings.
- Size: displays or sets the size of an element. The unit can be set in Settings.
Tips: The width-to-height ratio of an image or element is locked when you import or insert it on XCS. You can click the lock icon to unlock the ratio so that you can change the width and height of the image or element as you like.
- Rotate: rotate an element by angle. A positive value indicates rotating clockwise, and a negative one indicates rotating counterclockwise.
Canvas
Design and edit objects
On the canvas, you can design objects or set and edit an imported image for processing a material.
In addition, you can preview the positions of the material and objects before processing.
Manage canvases
You can add, delete, or rename a canvas. A project file can include multiple canvases to store multiple objects.
Zoon in/out the canvas
Shortcut menus
When you right-click on the blank space of the canvas, the following shortcut menu is displayed.
- Paste: pastes an element that has been copied
- All: selects all the elements on the canvas
- Zoom in: zooms in the canvas
- Zoom out: zooms out the canvas
- Show/Hide background: shows or hides the image captured by the camera of a device. After you connect a device with a camera to XCS, this menu is provided to show or hide the image captured by the camera.
If you have captured a close view, you can find the Delete close view shortcut menu.
Manage object layers
If your objetcs to be processed are complicated, you can define your objects on multiple layers to manage them more easily.
When you design an image, you can define the objects to be processed in the same way as the same layer, and then you can select them at a time by clicking the layer and set processing parameters for all of them.
For example, select layer 3 and set processing parameters for them at a time.
In addition, you can move an object to another layer. After the moving, however, you need to set the processing parameters for the object. The settings of the layer do not automatically take effect for it. If you move an object to a new layer, the layer is created.
Tips: When designing a complicated pattern or image, you are advised to set the objects or elements in different colors, so that XCS can define the objects as different layers after you import the image file.
Device settings
Connect a device
1. Use the USB cable to connect your device to your computer, and turn on your device.
2. Open XCS and click Connect Device.
Wait for XCS to search for available devices.
3. Select your device.
For details about how to connect your machine to XCS in Wi-Fi or IP mode, see how to connect your device in Wi-Fi or IP mode.
View device information and set its functions
After connecting your machine to XCS, you can view operating information and set functions for it.
Basic information
- Device name: sets the name of your device
- Laser model: displays the model of the laser module
- Serial number: displays the serial number of your device
- Firmware version: displays the firmware version of the device. You can click Check for updates to check for later versions and update the firmware.
- Wi-Fi setting: displays the IP address of your device. You can click Setting to enter the Wi-Fi name and password to set a Wi-Fi connection.
Working information
- Working time: displays the total time the device processes materials
- Operating times: displays the total number of times the device has been operated
- Standby time: displays the total time the device is on standby
- Work log: You can click Export to export the work log of the device.
Setting
- Baseplate detection: enables or disables baseplate detection in processing preview. It is enabled by default. When it is disabled, no baseplate detection is performed in all the processing modes.
- Smoke exhaust (after processing): enables or disables smoke exhaust after a processing task is complete. It is enabled by default. When you disable it, smoke exhaust stops immediatly after the processing is complete.
- Optical path setup: allows you to test and modify the optical path. You can click Test to start testing the optical path. You can also click to view the detailed operation guide.
- Import Gcode: allows you to import a GCode file from the local disk. GCode files applicable to your device, exported on LightBurn, can be imported on XCS.
- Fill light brightness: sets the brightness of the fill light when the lid is opened.
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- Setting range: 1–100
- The setting of a negative value does not take effect.
- Airflow of air pump:
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- Engrave: sets the airflow for engraving. A lower airflow is recommended. Setting range: 30%–100%
- Cut: sets the airflow for cutting. A higher airflow is recommended.
- Lowest output power: sets the lowest power input of the machine to ensure the optical output of the laser module. Theoretically, when the laser module produces laser beams properly, the output power is the same as the power input. As time goes by, however, the output power may be slightly lower than the power input. If your machine works properly, you don't need to set this parameter.
- Export elements on the canvas as GCode: exports all the elements on the canvas to a GCode file
Processing settings
Note:
- If you use a material launched by xTool, you can select it from the material list and use the default parameter settings.
- If you use a material produced by another manufacturer, you can modify the parameters based on the settings recommended for xTool materials or your own tests.
Material settings
① Processing mode
You need to choose a processing mode based on your material.
The processing modes are described as follows:
- Slats flat: to process flat materials with the slats in place
- Laser cylindrical: to process regular or irregular cylindrical materials
In this mode, you need to use xTool Rotary Attachment. For details about how to use xTool P2 with Rotary Attachment, see "Use xTool P2 with Rotary Attachment."
- Open plane: to process thick materials
In this mode, XCS allows you to place the material surface to be processed below the reference plane, that is, the plane formed by the upper sides of the slats.
- Conveyor feeder: to process long flat materials
In this mode, you need to use xTool Conveyor Feeder. For details about how to use xTool P2 with Conveyor Feeder, see "Use xTool P2 with Conveyor Feeder."
- Curve process: to process materials curved surfaces
Currently, this is a beta function and is being improved. In this mode, you need to remove all the slats and can measure a curved area on a material and map objects onto the area before processing the material. For details, see "Process Materials with Curved Surfaces Using xTool P2."
② MaterialIf you use a material launched by xTool, select your material from the drop-down list box. If you use one purchased from another manufacturer, set it to User-defined material, and set the processing parameters based on those recommended for xTool materials or your own tests.
③ Thickness
If you use a user-defined material, you can click Quick-measure to enable XCS to measure the thickness of the material. To measure the thickness of the material in a specified area, you can click Aimed-measure and select the area to be measured. If the automatic measurement fails, use a caliper to measure it and enter its thickness.
Object settings
Vector settings
① Object type
Displays the type of the selected object, either vector or image
② Output or Ignore
Sets whether an element is to be processed
When you select an element and select Output, the element is to be processed. When you select Ignore, the element will not be processed.
③ Processing type
Sets the processing type of the selected object
The processing types are described as follows:
- Score: engraves only the outline of an element
- Engrave: engraves the fill of an element
- Cut: cuts the outline of an element
④ Setting selection
Selects a setting
A setting is a set of parameters (including power, speed, and pass) you've set. After you set the parameters, you can save them as a custom setting, and all the settings saved will be displayed in the Setting drop-down list box. When you select Manual setting, you need to set the parameters one by one. When you select a setting, the parameter values you saved before can be used.
⑤ Power
Sets the processing power
⑥ Speed
Sets the processing speed
⑦ Pass
Sets the number of processing times
Bitmap settings
For bitmap processing, additional settings are provided.
① Bitmap mode
XCS provides multiple bitmap modes, including Grayscale, Bayer, Floyd, Stucki, Atkinson, Jarvis, and Sierra. The default mode is Grayscale.
- Grayscale
Transforms an image into one of the shades of gray mode, in which a pixel is formed by a shade of gray that can be the darkest one (black), the brightest one (white), or one between them. The darker the pixel, the deeper the engraving.
- Bayer
Transforms an image into one in Bayer mode, which looks like adding a grid mosaic filter on the image.
- Floyd
Dithers an image by using the Floyd algorithm that diffuses the error only to the neighboring pixels, producing find-grained wave-like patterns on the image. It is recommended for highly-detailed images instead of those containing monotone swatches of color.
- Jarvis
Dithers an image by using the Jarvis algorithm that diffuses the error to 12 pixels around a pixel. Compared with Floyd, the transitions between pixels are slower, which produces a very nice looking pattern on almost all images.
- Stucki
Dithers an image in a similar way to Jarvis. Compared to Jarvis, the transitions between pixels are faster, which produces clean and sharp images.
- Sierra
Implemented based on the Jarvis algorithm, achieving a similar effect while producing sharper images.
- Atkinson
Dithers an image in a way similar to Jarvis and Sierra while producing sharper images. The Atkinson algorithm can preserve the details of an image well but the very dark or bright area may look disappeared.
With the other settings unchanged, the output of an image on a wooden board varies according to image mode, as shown in the following figure. You can select a mode as required.
② Lines per cm
Sets the number of lines in one centimeter
This parameter determines the resolution of the image to be engraved.
③ Engraving mode
Sets the bi-directional or uni-directional engraving mode for bitmaps and filled vector paths
Start processing
(1) After setting the parameters, click Process.
The Preview window is displayed.
You can zoom in or out the object, or restore it to fit on screen during preview.
(2) Click Process in the upper right corner.
(3) Press the button on the device to start the processing.
You can also click Cancel to cancel the processing.
(4) Wait for the processing to complete.
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