I am currently facing an issue while doingGripper Modeling. After importing my CAD file into the software, when I try to select thelinks or jointsthat should move, the program does not recognize them as asingle link, but instead treats them as separate parts.
Because of this, I am not sure how to set up or organize the model structure so that the software recognizes these parts as one link.
When the grippers close (the two red-circled points), the center part (the blue-circled point) moves upward. When the grippers open (the two red-circled points), the center part (the blue-circled point) extends downward.
I would like to kindly ask all experts who read this topic for your advice and guidance. Thank you very much.
I didn’t quite understand what your main question was, so let’s go through them one by one. Because VC is different from other CAD modeling software, it’s more oriented towards software similar to visual effects (in terms of operational principles). So, general models that enter VC need to undergo CAD conversion. Any dependencies or issues that arise during modeling or conversion can be attributed to being outside the model. At this point, you can try the Explode option from the right-click menu, and the program will attempt to break the model down into more features. Of course, this method doesn’t always work, so it’s still important to pay attention to modeling habits.
Good answer@BAD. Also the Split tool is handy for separating a few specific geometries from a larger geometry feature: select Split and click on objects from the 3D world that you would like as a separate geometry feature. 你好，
从你的描述和图片来看，你希望将多个几何对象合并为一个单一的连杆（link），但使用“分解”（Explode）功能后，软件仍然无法将它们识别为一个整体。这通常是因为分解操作会将组合对象拆分为独立的几何体，而不是将它们合并。
要解决这个问题，你可以尝试以下方法：
1. **使用“合并”（Combine）或“布尔运算”（Boolean Union）功能**：
在大多数CAD软件中，你可以通过布尔运算（如“并集”）将多个独立的几何体合并为一个单一实体。具体操作步骤可能因软件而异，但通常可以在“修改”或“编辑”菜单中找到相关选项。
2. **创建组件或装配体**：
如果软件支持，你可以将多个几何体组合成一个组件（Component）或装配体（Assembly），然后将其定义为一个连杆。这样，软件会将它们视为一个整体进行运动模拟。
3. **检查几何体是否完全连接**：
确保所有几何体之间没有间隙或重叠问题。如果几何体未完全接触，合并操作可能会失败。你可以使用“修复几何”工具检查并修正问题。
4. **使用“分组”（Group）功能**：
某些软件允许将多个对象分组，使其在运动模拟中作为单一对象处理。虽然这不是真正的几何合并，但可能满足你的需求。
5. **参考教程中的方法**：
你提到的机器人夹爪教程可能提供了更具体的操作步骤。建议重新查看教程，确保你正确设置了连杆的关节类型（旋转关节而非平移关节）和位置（旋转轴位置）。
如果你能提供更多关于所用软件的信息（例如：SolidWorks、Fusion 360、Visual Components等），我可以给出更具体的指导。希望这些建议能帮助你解决问题！
@bobby_RMUTTO67, you might have seen this tutorial already, but this one guides through modeling a robot gripper:Model a Robot Gripper – Part I | Visual Components Academy Only difference is that now the gripper’s moving links should have joint type Rotational instead of Translational, and the links’ position must be where the rotational axes are, so that the links rotate around the correct axis.
Hello,@BADI have already tried using the Explode function, but the software still does not recognize the parts as a single link. I would like the program to treat them as one link,The desired result is shown in the image. Thank you for your answer. I would appreciate your further help. Thank you.
I’m writing this message in bed because I’m ready to turn in for the night. If this doesn’t fully resolve your issue, you might need to explore solutions on your own or wait for replies from others.
First, let me add a supplement to my previous response. That method is a separation technique used when a component that shouldn’t be treated as a feature is incorrectly identified as one. I noticed you mentioned wanting to treat multiple elements as a single entity—to merge multiple features that weren’t originally a unified feature, you can use the Merge Features function, which is also located in the right-click menu I showed you earlier. Additionally, you can use Collapse on a moved feature to consolidate it into a single feature. Note that geometric element features and adjustable parametric features (such as squares, circles, etc.) cannot be merged directly using Merge Features. You need to first convert parametric features into geometric element features via Collapse before proceeding with the merge.
This is my response to your question about “treating elements as a single entity.” I’m not sure if it fully addresses your needs, but I can confirm that this method is effective.
็้้Hello@mkittellThank you for the explanation. I would like the pivot point to stay within this bearing and not move out of it. What should I do next?
In the robot properties, find Action and set the port you use to 100. Generally speaking, the first several points (1 to 60 or 1 to 88?) of robots in the library are default settings. You can check this part, of course, these are all in Academy. You can refer to this link (though it’s quite old):
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