Customisable Storz & Bickel Volcano Easy Valve Adapter

Make the adapter any size you need it. Straight attachments, Tapered attachments ... heck I think you could even print it to be an entire downstem attachment for a billy if you're that way inclined.  I used ABS but probably better to use PETG.

My first time using OpenSCAD for modeling.

Instructions

If you have a big button print lots of supports. The button is however unnecessary. Try these settings to replace it with an easy to print stopper instead:

// Button Width
button_width_numerical_slider = 8
// Button Thickness
button_thickness_numerical_slider = 10
// Button Taper Percentage %
button_taper_numberical_slider = -20

Examples

I've included a few examples. I've tested the 14.4 but not the 18.8. I'll give you the variable values I used for each export

volcano_adapter_v2_14.4.stl

// Width of the thick part in mm
diameter_1_text_box = 15; 

// Width of the thinner part in mm
diameter_2_text_box = 12.6;
// Adapter length in mm
adapter_length_text_box = 21; 
// Internal hole diameter in mm
internal_diameter_text_box = 7; 
// Button Width
button_width_numerical_slider = 16.3; // [8:20]
// Button Thickness
button_thickness_numerical_slider = 2; // [1:10]
// Button Taper Percentage %
button_taper_numberical_slider = 6; //[-100:100]
// Easy Valve Adapter Diameter
diameterTweak_text_box = 8.18;

volcano_adapter_v2_18.8.stl

 

// Width of the thick part in mm
diameter_1_text_box = 19.2;

// Width of the thinner part in mm
diameter_2_text_box = 16.2;
// Adapter length in mm
adapter_length_text_box = 30;
// Internal hole diameter in mm
internal_diameter_text_box = 7;
// Button Width
button_width_numerical_slider = 16.3; // [8:20]
// Button Thickness
button_thickness_numerical_slider = 2; // [1:10]
// Button Taper Percentage %
button_taper_numberical_slider = 6; //[-100:100]
// Easy Valve Adapter Diameter
diameterTweak_text_box = 8.18;