Servo electric screw brick press is an advanced refractory brick forming equipment, which is widely welcomed for its high efficiency, high precision, environmental protection and energy saving.

First, the working principle of servo electric screw brick press

The servo electric spiral brick press mainly uses the servo motor to drive, and realizes the pressing of the refractory material through the precision spiral mechanism. Its working principle can be divided into the following steps:

Feeding: The servo motor drives the screw mechanism to feed the refractory aggregate into the molding cavity.

Forming: The screw mechanism, under the precise control of a servo motor, exerts pressure on the aggregate to form the desired shape in the mold cavity.

Demoulding: The brick after forming is removed from the mold cavity under the rotation of the spiral mechanism.

Palletizing: The demoulded bricks enter the palletizing system through the conveyor belt and are stacked according to the preset arrangement. 2. Actual production cases

A refractories manufacturer introduced a servo electric spiral brick press for the production of converter bricks. The equipment shows the following advantages in the production process:

High efficiency: The high response speed of the servo motor enables the brick press to complete the pressing of a large number of bricks in a short time, improving the production efficiency.

High precision: The precise control of the servo motor makes the brick size accurate and reduces the difficulty of subsequent processing.

Environmental protection and energy saving: The servo electric spiral brick press has low noise and low energy consumption during operation, which meets the requirements of green production.

Easy maintenance: Because of the servo motor drive, the equipment structure is relatively simple, and the maintenance cost is low.

Through the actual production cases, it can be seen that the servo electric screw brick press has significant advantages in the production of refractory bricks. With the continuous progress of technology, it is believed that this efficient and environmentally friendly molding equipment will be applied in more fields and make greater contributions to promoting industrial upgrading and green development.