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Rubber Leaf Air Engine for Building Blocks

Print Profile(1)

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A1
X1 Carbon
H2D
X1E
A1 mini
P1P
X1
P1S
H2D Pro
H2S
P2S
H2C
X2D
A2L

0.2mm layer, 2 walls, 15% infill
0.2mm layer, 2 walls, 15% infill
Designer
27 min
1 plate
5.0(7)

Open in Bambu Studio
Boost
132
161
27
8
416
145
Released 

Bill of Materials

List other parts
  • O-ring (9mm) x 1:
  • O-ring (14mm) x 1:
  • Sheet of Rubber (1mm thick) x 1:
  • Superglue x 1:
  • M3 bolts x 1:

Description

This model is designed to work with ‘building brick’ parts, turning a standard engine cylinder into a working air-powered engine. 

 

Once printed, you'll need to take these steps to get the engine working:

  • Remove support material
  • File/sand the parts of the valve housing and sealing cap that will touch each other to get rid of any excess support material. 
  • Check that the piston head travels smoothly into the cylinder. If there's any friction, gently sand the piston head.
  • Insert the o-rings around the piston head (9mm), and sealing cap (14mm) (2 o-rings total).
  • Drill 2 exhaust ports into the ‘building brick’ engine cylinder, just below where the piston's o-ring travels at the bottom of the stroke
  • Superglue the valve housing to the top of the engine cylinder.
  • Take the small printed leaf, and trace it onto some two-sided rubber sheet (1mm thick, with one sticky side). Ensure the smooth rubber side is facing down onto the hole in the valve housing.
  • Superglue (very small amount) the tip of the valve leaf to the valve housing.
  • Once dried, remove the paper protection of the rubber, exposing the sticky side.
  • Stick the small printed leaf onto the rubber leaf. It should stiffen the rubber leaf.
  • Use two M3 bolts to secure the sealing cap to the valve housing.
  • Connect some 2mm (inner diameter) pneumatic hosing from the valve to an air supply.
  • Assemble the ‘building brick’ engine using parts to fit your needs (you can use my YouTube video as reference).
  • Lubricate the piston head for smooth operation

 

Works on pressures higher than ~15 PSI. 


 

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