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800077331
door Rektedekte
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Reconstructed version of the Mikuni TM35 intake manifold for the Cagiva Mito. Mating surfaces are dimensioned and positioned according to a 3d-scan of my own original intake.
The file without the pressure plate cutout is not appropriate for use by itself (when 3d-printed). The files contain a version trimmed to fit a pressure plate. I recommend having said plate cut from sheet metal (alu or ss), services like jlccnc can be helpful with that. Alternatively, there may be reinforced filaments resistant enough to serve the same purpose. The plate is dimensioned for a 4 mm thickness.
Note: TPU is generally considered resistant to gas, but it may still swell or soften over time. Heat should not be an issue when used with a reed cage + gasket. Manifold must be sealed manually with a sealant at the base. The print itself may also not be air tight depending on printing conditions. I recommend pressure testing the manifold if possible.
##### Print recommendations:
- TPU shore 95a maybe
The file without the pressure plate cutout is not appropriate for use by itself (when 3d-printed). The files contain a version trimmed to fit a pressure plate. I recommend having said plate cut from sheet metal (alu or ss), services like jlccnc can be helpful with that. Alternatively, there may be reinforced filaments resistant enough to serve the same purpose. The plate is dimensioned for a 4 mm thickness.
Note: TPU is generally considered resistant to gas, but it may still swell or soften over time. Heat should not be an issue when used with a reed cage + gasket. Manifold must be sealed manually with a sealant at the base. The print itself may also not be air tight depending on printing conditions. I recommend pressure testing the manifold if possible.
##### Print recommendations:
- TPU shore 95a maybe
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