Curved surfaces can be found in various applications, from automotive parts to furniture and product design. Accurate measurement of these surfaces is essential to ensure proper fit and function. This is where the xTool P2 series comes in handy, offering a reliable and efficient solution for measuring and processing various curved surfaces. In this article, we will walk you through the measurement procedure.
A cylinder is formed by rotating a curve 360 degrees around a fixed axis.
Prepare the material and the rotary attachment, and put them into the device. Connect the rotary attachment to the device.
Make sure your device is connected to XCS. Select Curved material - Use rotary attachment.
1. Click the icon to mark the rotating surface area.
2. Move the laser module to mark two points diagonally by clicking the arrow in XCS. You can adjust the control distance by sliding the bar or entering the number.
3. When point 1 is determined, click Vertex 1 Mark.
Then move the laser module and make point 2 fall on the diagonally opposite side of the material. Click Vertex 2 Mark.
The processing area is marked. Click Next.
The marking area is no smaller than 10 mm × 10 mm. |
Generally, the numbers of rows and columns are generated by default in XCS.
Surfaces with greater curvature require more measurement dots for accurate modeling, as insufficient dots may result in an inaccurate model. You can set the processing density for the material by selecting the number of rows and columns.
After setting the measurement density, click Measure.
If the measurement fails, there are 3 cases as follows:
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1. When the curved surface is generated, you can left-click to change the preview angle.
2. If the result is good, click Done. Or you can click Incorrect model. Please measure the area again to measure again.
3. Insert the object on the canvas. The object position must not exceed the white area.
4. On the top of XCS, click the icon and select Preview to check the object on the model.
You can select the image processing mode: not deformed or deformed by radian.
If you want a clearer view, you can hide the gridlines, click .
Once the model and object are confirmed, set the parameters, and start processing.