1. The digital setting of impact force for refractory material forming products can achieve light strike first, then heavy strike, eliminate air, and improve product quality.

2. The multi station forming press has good consistency and high qualification rate, with consistent process parameters for the same batch of bricks, resulting in consistent product volume density and size, and improving product qualification rate.

3. The energy controlled servo motor maintains stable speed without any self rotation phenomenon, loses voltage, and immediately stops rotating.

4. High degree of automation, reducing personnel program control of the molding process, button based operation, reducing labor intensity of workers, reducing personnel, can achieve automatic weighing and feeding, automatic molding, and automatic brick production throughout the entire process, with only two people required for foolproof operation.

5. The transmission chain is short, the structure is simple, there are no friction discs, and there are few vulnerable and consumable parts, which reduces maintenance costs.

6. The motor starts working during energy-saving molding, and stops during feeding, brick removal, and mold cleaning, saving 55% energy compared to traditional friction presses.

7. High coefficient dual braking, the slider can brake at any position; Equipped with infrared grating protection function; There is an emergency stop button.

A multi station forming press is a press equipment that integrates multiple presses and a palletizing and feeding system. A multi station press is equivalent to an automated press production line, generally consisting of a line unit, a feeding mechanism, a press, and a line tail part. The fast pace can reach over 25 beats per minute, which can meet the requirements of high-speed automated production. Multi station press drive mechanism, used for the drive mechanism of large cover stamping forming equipment. Comprising a motor, a clutch gear shaft, and a workstation drive mechanism, characterized in that it further comprises a workstation drive mechanism and subsequent workstation drive mechanisms; The motor is connected to the clutch gear shaft through a transmission component, and the idler gear meshes with the clutch gear shaft. Two gears I are installed on the parallel gear shaft I of the workstation drive mechanism, and the two gears I mesh with the idler gear and the clutch gear shaft respectively; The two gear shafts parallel to the driving mechanism of the next station are connected to the two gear shafts parallel to the driving mechanism of the previous station through gear couplings. This utility model has a compact, lightweight, and low production and production costs.