Learning
Go to Model
Truss System
30
Downloads
19
Likes
0
Makes
Modular Truss-Beams
actually it´s only a test-thing for getting some inspiration and physical response.
An assembled Beam weights around 380g/m (rods + PLA).
element-size: 50x50x50
1x truss-element = 10g
1x m3 threaded rod = 42g/m
1x washer+nut = 1,5g
m_b = (4 x 42g/m) + (20/m x 10g) + (8/m x 1,5g)
m_b = 168g/m + 200g + 12g/m
m_b = 380g/m
- put 4 threaded rods (m3) through the holes along the edges
- take some washers and nuts and tighten these evenly
the beam has a relative high mechanical load capacity,
although i didn't tried to breakdown it.
The shown two side pivoted beam on the photo shows a load of 10kg (also tried 15kg) in the middle of a 0,85m long element-bond. However, the deformation is small.
For make it even lighter, you should try to get the tensile loads in it with nylon filament or something like that.
actually it´s only a test-thing for getting some inspiration and physical response.
An assembled Beam weights around 380g/m (rods + PLA).
element-size: 50x50x50
1x truss-element = 10g
1x m3 threaded rod = 42g/m
1x washer+nut = 1,5g
m_b = (4 x 42g/m) + (20/m x 10g) + (8/m x 1,5g)
m_b = 168g/m + 200g + 12g/m
m_b = 380g/m
- put 4 threaded rods (m3) through the holes along the edges
- take some washers and nuts and tighten these evenly
the beam has a relative high mechanical load capacity,
although i didn't tried to breakdown it.
The shown two side pivoted beam on the photo shows a load of 10kg (also tried 15kg) in the middle of a 0,85m long element-bond. However, the deformation is small.
For make it even lighter, you should try to get the tensile loads in it with nylon filament or something like that.
Did you print this model? Sign in and share your make!
Sign in to leave a comment
Sign inNo comments yet – be the first!