Ruby Twist Pro Conversion Kit

The Ruby Twist Pro Conversion Kit allows you to upgrade the contents of your Ruby Twist housing so that it has the same performance as the Ruby Twist Pro. This will provide increased airflow for faster vapor production and allow the option to remove the spinner widget and replace that with a Stainless Steel CNC screen. The increase in airflow means you will have to turn the temperature on your PID controller up a bit to account for the increased cool air going into the housing.

This is a nice option to have if you’re using the Ruby Twist with the Microdose Diffuser Bowl or Micro Matrix Bowl and so don’t need the spinner widget which is designed to help cook the contents of the injector bowls (like the Titanium Matrix Bowl) right to the edge of the bowl.

Includes

• 1 x Pack of 255 2.5mm Ruby Balls
• 2 x Stainless Steel CNC Screens (only one is needed for this, the other can be kept as a spare)

Other upgrade parts

• Wood e-nail handle
• Micro Matrix Bowl

Installation Methods

To upgrade your Ruby Twist housing simply unscrew the cap (you may find it easier to remove the heat guard for the coil first, this can be done with the Allen key which was included with the kit) and pour out the gemstone cut rubies. Make sure the mesh screen which sits on top of the spinner widget is in place before filling. Then add in the 2.5mm ruby balls being careful not to overfill it. There should be a tiny bit of room above the balls so that the cap isn’t touching them when it’s out back on, leaving a little space for thermal expansion.

If you’re going to use it without the spinner widget, replace that widget with the CNC screen included in this pack. You can add one the mesh screens (from inside your housing, or the spare one which came with your original kit) on top of the CNC screen for good measure, just to ensure the balls don’t obstruct the holes in the CNC screen. Then pour the ruby balls into the housing before screwing the cap back. You will probably have a few balls left over as spares. Once again, ensure there is a little space above the balls to accommodate for the thermal expansion of the balls.

Do this all when it’s cold!