AIM Wood UG

Loading capacity (Max.) 10.0 m3
Microwave generator power 60 kW
Drying control system (optional) ControlSystems
Magnetron CK-2131
Conveyor capacity 200 m3
Energy consumption 20-40 kWh
Generator size1200 х 1200 х 2100 mm
Internal chamber size 6600 х Ø 1700 mm
Chamber size 7000 х 1800 х 2000 mm

Drying time

Oak boards 50 mm - 36 hours
Oak board 100 mm - 48 hours
Beech boards 50 mm - 30 hours
Beech boards 100 mm - 40 hours
Pine, Cedar and Fir 200 mm - 24 hours


Description

Fast drying cycle;
Automatic feeder;
Large capacity;
Automated systems with touch screen control panel;
Uniform heating;
No sparking or bending problem;
Suitable for drying logs, beams and boards, hard and softwoods;
Automatic feeding system;
Full drying wood is 5-8%;
Shrinkage is 3-5%;
Price 54 000 USD;
You can purchase a lease for a period of 12 to 36 months.

SVCHVD-75-EU — This is a highly compact, reliable and powerful microwave Vacuum chamber for drying lumber of any species and sizes. Small dimensions, a power supply of microwave energy and excellent specific power of vacuum guarantee high productivity when working with wood of both soft and hard rocks. Precise automatic control increases the efficiency of the chamber.

Sturdy construction SVCHVD-75-EU, with automatic loading of the carriage and powerful power supply of ultra-high frequencies (915 Hz) provide high performance and long service life. Thanks to ControlSystems produces high-precision measurements before and after drying the sawn timber. Work on the development of the drying chamber was carried out in cooperation with customers and was focused on simplicity in management and maintenance.

Drying chamber with a short cycle of operation, devoid of many drawbacks of convective and vacuum technology. It is designed for dehydration of sawn timber of any kind. In the design of the chamber consists of a body of cylindrical shape with built-in waveguides to supply the microwave energy generated by the microwave generator. The use of microwave energy for wood dewatering is very promising for today, since microwave wave energy causes rapid heating inside the tree, accompanied by an excessive growth of internal vapor pressure. This technology is capable of removing water from the capillary system and the fibers of the tree.