Showing 1-15 of 51 results for joint/1000 (0.23 seconds)
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Hi @levi.hammett To create joint origin for frame 1. Right-click on the V-Slot 20*40* 1000 linear rail V5:3 2.
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Hi @levi.hammett To create joint origin for frame 1. Right-click on the V-Slot 20*40* 1000 linear rail V5:3 2.
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Question: How do I position this component in this orientation using the parent's origin, 1000 mm on the Y axis, 500 mm on the Z axis, and 800 mm on the X axis, with a RIGID JOINT (without alignment, movement, etc.)?
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Hi @2066434laar , Thank you for the file, can you please tell me between which components were you trying to create a Joint . And was it Joint or As Built Joint ?
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Hi @2066434laar , Thank you for the file, can you please tell me between which components were you trying to create a Joint . And was it Joint or As Built Joint ?
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The image is showing now. Just use a joint located at the middle of horizontal bar and a joint located at the middle top edge of the green face.
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The image is showing now. Just use a joint located at the middle of horizontal bar and a joint located at the middle top edge of the green face.
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That is boring! If I have 1000 bolts and washer from rectangular pattern i have to put 2000 joints ?!
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That is boring! If I have 1000 bolts and washer from rectangular pattern i have to put 2000 joints ?!
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My issue is in my model I use the vise screw as a slider joint . All of the joints in the criss-cross are rotating joints .
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My issue is in my model I use the vise screw as a slider joint . All of the joints in the criss-cross are rotating joints .
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How can I set up a motion study of a worm drive to rotate at 1000 RPM? The worm rotates 360000 degrees in one minute.
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How can I set up a motion study of a worm drive to rotate at 1000 RPM? The worm rotates 360000 degrees in one minute.
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Then used those sketches to orient joint origins. Then rigid jointed each angle iron to the joint origins and extruded up to the next part.
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Then used those sketches to orient joint origins. Then rigid jointed each angle iron to the joint origins and extruded up to the next part.
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