One drying rack is capable of drying 25kg (55lbs) per drying cycle (3 to 15 days). A drying room can be filled with dozens of drying racks.

The main difference with existing drying racks is that the air is sucked top-down through the product by a ventilator, instead of blown over the product. Top-down drying results in an evenly dried end-product, without risk for mold..

The Drying Cabinet can be used for both medical and recreational cannabis production.

Cannabis drying cart

To make sure the drying racks can be used for medical cannabis production, we are in the process of full GMP cerfication for this product. The drying racks will soon be available with all the GMP-protocols for operating and cleaning the machine. We can even implement these GMP-protocols in your existing GMP-system.

Read all about our drying methods and our drying solutions on this page.

Overview of a drying room filled with drying racks
Cannabis Drying Cart

How is the Drying Rack filled?

  • 3 filters are placed at the bottom of the drying rack.
  • 6 piles of Canna-Trays are placed on the filters in the rack.
  • 3 filters are placed on the piles of Canna-Trays.
Cannabis Drying Cart

Components of a full Drying Rack:

A. 126 Canna-Trays
B. 6 HEPA-filters
C. 6 filter pads
D. 3 ventilators
E. Closeable slide
F. Closeable valve
G. 4 swivel wheels with brakes
H. ABC software on a tablet

Size of the Drying Rack:
L: 1914 mm
W: 800 mm
H: 1845 mm

How are the Drying Racks placed in a row?

Racks in the middle:
The racks placed in the middle of a row of rack all have the slide and the valve open.


Racks in the back:
The rack at the end of the row has the valve closed and the slide opened.


Racks in the back:
The rack at the beginning of the row has the valve opened and the slide closed.

Frontside of a complete row of drying racks
Backside of a complete row of drying racks
Cannabis Drying Cart - room set-up

Drying Rack – Details of how it works:

  • The 4 ventilators (D) suck the process air (1) through a row of drying racks.
  • The process air (1) goes through the filters (B&C) and the Canna-Trays (A) where it dries the cannabis by adsorbing moisture.
  • A part of the wet process air (2) goes through the tubes (E), towards the drying unit (F).
  • In the drying unit (F) water is adsorbed from the air and the temperature of the air rises.
  • This warm and dried air (3) mixes with the circulating process air (4).
  • The mixed air is at the desired temperature and humidity again and enters the drying racks (1).
Drying automatically

To arrange drying automatically; the temperature, humidity levels and amount of airflow are being controlled. Therefore, developed the ABC-processor. The ABC-processor allows you to dry as fast or slow as desired, drying in 3-15 days is possible. The ABC-processor is operated by a touch panel on the installation or by a mobile device. Each of our installations has a different version of the ABC-software.

ABC-processor for the drying racks:

  • The amount of airflow can be controlled for each drying rack individually; more moisture means more airflow.
  • Two sensors to measure temperature and absolute humidity. The first sensor measures the ingoing air from the room, the second sensor measures the outgoing air.

Note: Drying racks can be used in existing and new drying rooms. The ABC-processor can be implemented in an existing drying room.

Read all about our drying methods and our drying solutions on this page.