I use E3D V6 Bowden Heatsink and Orbiter v2.
Among the E3D V6 heatsinks, the 'Bowden' method has a collet.
If a heat sink for 'direct' use is used, the existing modeling is suitable.
I like the bimetal heatbreak.
some bimetal heatbreak products require a tube on top.
And it looks like you need a tube at the bottom of the Orbiter's filament guide.
So... the collet of the heatsink is an important existence.
The upper face of the body needs to protrude 3mm for the collet.
I personally tweaked the file you shared and found that a 3mm extrusion is the optimal height.
Please add a modified model for those who use a similar combination to me.
I use E3D V6 Bowden Heatsink and Orbiter v2.
Among the E3D V6 heatsinks, the 'Bowden' method has a collet.
If a heat sink for 'direct' use is used, the existing modeling is suitable.
I like the bimetal heatbreak.
some bimetal heatbreak products require a tube on top.
And it looks like you need a tube at the bottom of the Orbiter's filament guide.
So... the collet of the heatsink is an important existence.
The upper face of the body needs to protrude 3mm for the collet.
I personally tweaked the file you shared and found that a 3mm extrusion is the optimal height.
Please add a modified model for those who use a similar combination to me.