1. High-Precision Camera Positioning
The LaserPecker LX2 is equipped with a high-precision camera system that allows users to take photos with the LaserPecker Design Space software, assisting in material positioning and aligning designs accurately onto the material. This makes it easy to align complex designs on various materials.
(1) Ensure that the protective cover is closed, then click the camera icon to refresh the background.
2. Smart Material Recognition & Auto Parameter Recommendation
The LaserPecker Design Space automatically identifies the supported materials QR code and recommends the process parameters. This reduces the learning curve for beginners and enhances efficiency for experienced users.
(1) Place a QR code sticker on the material or on the Base Plate.
(2) Close the protective cover and click the camera icon to refresh the background.
(3) The software will recognize the material QR code sticker and provide recommended parameters for processing.
3. Auto Measure
LaserPecker LX2 can automatically adjust the focus with a single click using the "Auto Measure" function, without the need for manual measurements or focus adjustments.
(1) Connect the LX2 to the LDS software and place the material.
(2) Close the protective cover and click the camera icon to refresh the background.
(3) Click the "Auto Measure" button, position the cursor over the material, then click to start the automatic measurement process.
(4) After the measurement is complete, the focal length will appear on the LDS software, as shown in the image below.
4. Real-time Display of Laser Module Position
LaserPecker LX2 can track the current position of the Laser Module in real-time, ensuring it always stays within the predefined path and coordinate range. By utilizing the calibration function with the crosshair, you can define the working area more directly and accurately.
When the "Laser Module Position" feature is enabled, the canvas displays a red crosshair, indicating the current location of the Laser Module.
The LX2 uses an absolute coordinate system; the top left corner is the zero point for the entire engraving area of the LX2.
5. Calibrating the Processing Area
The "calibration function" helps you mark the processing area on the material, supporting various shapes such as rectangles, circles, polygons, and lines.
(1) Click the "Calibrate" button on the right side panel.
(2) Manually move the Laser Module to the top-left corner of the material and press the device button. LDS will mark the coordinates of the top-left corner.
(3) Manually move the Laser Module to the bottom-right corner of the material and press the device button. LDS will mark the coordinates of the bottom-right corner.
(4) After completing these steps, a red-marked working area will be displayed in the canvas, as shown below.
Processing on Curved Surfaces
LaserPecker supports processing curved materials.
(1) Switch the processing mode to "Curved Surface".
(2) Click "Surface Measurement" to measure the curved surface. Move the Laser Module to the top-left corner of the processing area and press the device button.
(3) Move the Laser Module to the bottom-right corner of the processing area and press the device button. Once the diagonal corner is set, click "Next".
(4) Set the measurement density and click "Measure" to start measuring the curved surface.
(5) After the measurement is completed, the curved surface model will be displayed in the Surface Preview window.
The higher the measurement density, the longer it will take to build the curved surface model.