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| in-place_versus_separate_prints_for_moving_joints [2024/02/01 18:40] – jasonh | in-place_versus_separate_prints_for_moving_joints [2024/02/01 18:44] (current) – jasonh |
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| After printing and the satisfying "snap" when moving the joint, the joint itself is looser than the printed-separately one. It's easy to see why, that 0.3mm gap around the shafts isn't tight enough. | After printing and the satisfying "snap" when moving the joint, the joint itself is looser than the printed-separately one. It's easy to see why, that 0.3mm gap around the shafts isn't tight enough. |
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| {{:img_4231.jpeg?400|}} Comparing the two joints, the printed in separate pieces is on the left and the print in place on the right. You can see the shafts are a much tighter fit on the printed separately. So for a small articulated figure, it's looking like avoiding in-place printing is the best option if you want stiff joints. | {{:img_4231.jpeg?400 |}}Comparing the two joints, the printed in separate pieces is on the left and the print in place on the right. You can see the shafts are a much tighter fit on the printed separately. So for a small articulated figure, it's looking like avoiding in-place printing is the best option if you want stiff joints. |
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| Printed on a BambuLab P1S. | //Printed on a Bambu Lab P1S, 0.4mm nozzle, Smooth High Temp plate, 0.16mm Optimal quality.// |
