The two-arm sand mixer with a productivity from 10-20 t / h is a modification of the single-arm mixer, which includes an additional movable arm. The second sleeve allows the mixture to be fed not only within the sleeve turning radius, but to cover a large area of ​​the molding section, which is very important when molding large forms. The second sleeve can have either a screw or a belt feed.

The main possible modifications:
Auger feeding of the feeding sleeve - simplification of the design and minimization of the cost
Optional hardener pump - allows fast and slow hardener to be used without interruption
Additional water pump - the possibility of increasing the moisture content of the reclaimed sand
Flowmeters for chemicals - the ability to adjust the survivability of the mixture over a wide range
Aspiration of the unloading area - improving the working conditions of the operator
Low sand sensor - informing and protecting equipment from working without sand
Dispenser for bulk additives - the ability to use bulk modifiers of the mixture
Systems included in the basic delivery:
Electric drive of the feeding arm
Mixing arm electric drive
Belt feed arm
Replaceable carbide tipped blades
Control and configuration by industrial controller and operator panel
Sand batcher with 4 flaps
Frequency controlled high precision metering pumps
Heated pump cabinet
Control from the molder's console with the ability to switch programs and the "Pause" mode

Supported chemical processes:
Alpha set (basic delivery)
Furan
Resol-CO2
Liquid glass
Pep set
Foscon
Advantages:
Long range
Operational reliability
Easy to maintain
High performance
Aesthetic design
High performance
Possibility of flexible adjustment of the composition of the mixture according to the productivity and the amount of binders

Product design:
The design of the sand mixer provides for the presence of one screw chamber with a high-speed rotating auger and a sleeve with a belt conveyor.
The principle of operation of the mixer is to quickly mix the sand with the liquid components supplied to the screw chamber and unload the finished mixture into a mold.
The arrangement of mixing blades, made of wear-resistant steels with the use of tungsten carbide plates, allows to achieve the maximum service life with the lowest possible indicators for the consumption of the used binders. The use of an additional sleeve increases the working area and allows the mixture to be fed to a given point.