1
/
of
1
Ice O Lator
Ice-o-Lator Medium 70 L. 8 bags 220 / 185 / 120 / 90 / 70 / 45 / 38 / 25 µm
Ice-o-Lator Medium 70 L. 8 bags 220 / 185 / 120 / 90 / 70 / 45 / 38 / 25 µm
Regular price
€450,00
Regular price
Sale price
€450,00
Taxes included.
Shipping calculated at checkout.
Quantity
Couldn't load pickup availability
- 📦 Envío discreto y con seguimiento
- 🔒 Pago 100% seguro
- ↩️ Devoluciones en 14 días
- 💬 Atención personalizada
- ✅ Productos 100% originales
Envíos desde España · Seguimiento incluido.
-220 micron bag Ø50 cm 75l -500gr
-70 micron bag Ø50 cm 75l -500gr
-45 micron bag Ø50 cm 75l -500gr
Capacity: ~500 g dry plant material
Included:
– 220 µm work bag
– 185 µm filter bag
– 120 µm crystal catch bag
– 90 µm crystal catch bag
– 70 µm crystal catch bag
– 45 µm crystal catch bag
– 38 µm crystal catch bag
– 25 µm crystal catch bag
Bag diameter: 50 cm
The work bag (220 µm) holds ~500g of dry plant material
Requires 75l/20 gal bucket (not included)
This is the medium edition of our complete Ice-O-Lator® system, suitable for up to 500 grams of dry plant material.
The set includes a 220, 185, 120, 90, 70, 45, 38 and 25 micron screen bag.
Accordingly, this set-up will give you a maximum of six quality/size grades of crystal separation of your end product.
If you want to fully explore the Ice-O-Lator® elaboration process, this is the set for you!
With a selection of these screen sizes you can perfectly adjust the set you are using to the specific requirements of your plant material.
Depending on the quality of your material, the trichomes may be generally smaller or larger.
If your trichomes are generally quite large, you can separate larger crystal qualities (120, 90, and 70 µm).
If your material has generally smaller crystals, you can separate qualities in the mini crystal ranges (45, 38, and 25 µm).
In the case of small crystals, you can use additional 185 µm and/or 120 µm filters in addition to the 220 µm bag.
For additional information and instructions, please refer to our Manuals.
Pro tip:
Keep the water at or below 4°C (39.2°F), as it is the most dense and therefore most effective at removing resin glands at this temperature.
Compartir
