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Dichtewaage / Density Scale
por hb76
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All you need is a fine scale and a synthetic thread or very thin wire (I used 0.4 mm2 tinned copper wire).
The specimen holder (honeycomb pattern) should be printed with 100% infill. This reduces floating and improves accuracy.
In PLA with 20% infill, the weight on the scale is less that 50g - so a 200g measurement range should be enough for specimen up to 150g
Put everything together as shown in the CAD Image. Fill the basin (Wanne) with water. The specimen holder should be well under water, but not touch the walls or bottom.
The frame (Gestell + Deckel) is placed on your scale. and should not touch the walls of the basin.
The measurement of density of solid objects works as follows:
1. Measure the object dry (put on top of the "Gestell" - the "Deckel") = m_dry
2. Measure the object submerged in water by placing it on the "Probenhalter" (honeycomb) that is held by wires in the water. Measure m_wet
3. The Volume of the body is V= (m_dry - m_wet) / rho_water
4. The density of t
The specimen holder (honeycomb pattern) should be printed with 100% infill. This reduces floating and improves accuracy.
In PLA with 20% infill, the weight on the scale is less that 50g - so a 200g measurement range should be enough for specimen up to 150g
Put everything together as shown in the CAD Image. Fill the basin (Wanne) with water. The specimen holder should be well under water, but not touch the walls or bottom.
The frame (Gestell + Deckel) is placed on your scale. and should not touch the walls of the basin.
The measurement of density of solid objects works as follows:
1. Measure the object dry (put on top of the "Gestell" - the "Deckel") = m_dry
2. Measure the object submerged in water by placing it on the "Probenhalter" (honeycomb) that is held by wires in the water. Measure m_wet
3. The Volume of the body is V= (m_dry - m_wet) / rho_water
4. The density of t
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