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Designed for cutting biscuit cakes into layers. Cutting is done with knives mounted on two frames, moving back and forth in different directions. Reconstruction of knives to any other thickness of the cake is carried out using a special key for each knife in turn. In the cutting zone, the cake is sandwiched between two conveyors, which allows a high-quality cut. The position of the upper pressure conveyor is adjusted manually with a handwheel. The cut cakes are brought out to the receiving table. Manufacturing option. Machine for cutting biscuits MRB-250T. Instead of the receiving table, an outlet conveyor is manufactured. The conveyor speed is adjustable to match the speed of the main conveyor. Machine for cutting biscuits MRB-250M. Cutting is done with knives mounted on two frames moving back and forth in different directions. Adjustment for cake thickness. The movement of the upper pressure conveyor is carried out from the button on the scale. Machine for cutting biscuits MPB-250MT. Instead of the receiving table, an outlet conveyor is manufactured on the MRB250MT machine. The conveyor speed is adjustable to match the speed of the main conveyor.

The single-position chill mold UKL-450 provides reliable opening and closing with pressing of two mold halves with a vertical split plane. The UKL-450 provides the ability to quickly remove and install the stationary mold from the stationary plate of the machine.

Designed for the implementation of the casting process and chill mold. Consists of: a base on which all installation mechanisms are mounted; two stationary plates interconnected by guide rods; two movable plates to which chill molds are attached; two pneumatic cylinders fixed on stationary plates and driving movable plates. The pneumatic cylinders are equipped with sensors to adjust the stroke length when changing chill molds; rod undermining mechanism; pneumatic equipment; electrical equipment with a control panel. Operation of the installation: when you press the "forward" button, the movable plates with installed chill molds move. Moreover, both pneumatic cylinders are controlled by one valve. In this case, the first plate that starts to move, which has less resistance to movement. When the half-die reaches the stop, the pressure begins to grow and the second plate moves until the halves of the die come into contact. The pressure rises to working pressure. Metal can be poured. After the metal is poured and the casting has cooled, the button "rod blowing" is pressed. After that, press the "back" button and the plates with the halves of the chill molds diverge.

It is intended for obtaining solder rods by the method of continuous pulling upward of casting billets from copper melt and cutting them into dimensional cuttings. Consists of: pulling stand of two-roll type, operating in step-by-step mode from one drive with the possibility of individual pressing of each workpiece at two points; molds mounting brackets; carts for manually moving metal receivers; devices for cutting bars into measured lengths; common installation frame; machine control system, including cabinet and control panel. Smelting furnaces are not included in the scope of delivery.

Designed for punching grooves and holes, punching perforation corners in metal sheets. It is possible to use combined dies for simultaneous punching of grooves and holes. Can be completed with a feeder, table, roller conveyor. To operate the presses, a compressed air line under a pressure of 0.7 MPa is required. Control from a pedal or according to a technical assignment from two buttons simultaneously. The presses can work autonomously or as part of a line.