Analemma Water Restructuring Tool - Luxury Walnut

Aǹalemma luxury edition material specification:
Walnut case
Walnut cap
Stainless steel holder
Quartz glass vial
Full-spectrum coherent water
Silicone cap
Dimensions of the vial: 16 x 1 cm
Dimensions of the walnut case: 17 x 2 cm
Box dimensions 23 x 8,5 x 5 cm
Weight: 19 oz

Aǹalemma is made out of thin quartz glass and is therefore very fragile. If it falls it will almost certainly break, so handle it with extreme care.
It is not necessary to expose the Aǹalemma to the sunlight but it is recommended. If you live in an area where the sun is abundant expose the Aǹalemma to direct sunlight (not through the window) for a couple of minutes every other week.

The walnut casing is a natural wood and with all things natural it can expand and contract with temperature. Based on this when you receive your new natural walnut Analemma use a twist action to release the cap and over time the casing will become smoother.

Take the Aǹalemma out of the case and immerse the tube in the room temperature water. If you are using a regular glass, swirl the Aǹalemma through the water for at least 15 seconds. If you are using a water jug of around 1 litre, swirl the Aǹalemma for at least 30-40 seconds.

After use, wipe off the water drops from the Aǹalemma (with a cloth or a paper towel) and put it back in its case.

You can use the ratios above to calculate the time of swirling for any larger or smaller quantity of water.

Note 1:The silver end cap is threaded to allow you to screw the metal case onto the end and thereby lengthen the wand for stirring into a deeper glass. As such, it can feel rough to the touch. This is a feature, not a manufacturing flaw.

Note 2: From the manufacturer regarding potential particles in the water: Particles in the water are the natural by product of the structuring process. When water becomes structured, minerals in water get clustered too. They show up as particles. It would be rather expensive to filter them out, and the filtering process itself might disrupt the structure, so we decided to leave it inside.