Horizontal hot heading machine is an end forging machine for upsetting bars and tubes in the horizontal direction. Horizontal hot heading machine has 3 types of motion mechanisms. The punch (punch) reciprocates in the horizontal direction. Generally, 4 to 6 die cavities can be set up, which are used as forming mechanisms for accumulation, heading, punching, flanging and other upsetting processes, and are also the main force-applying mechanisms. Movable die: It can be opened and closed upwards, downwards or horizontally to hold long bars and withstand the upsetting force at the end. Cutting mechanism: used to separate the forging from the long bar.

Horizontal hot heading machines are all driven by a crank slider mechanism. Due to the large workpiece to be processed, the upsetting force and clamping force are large, the machine needs to have sufficient rigidity to ensure the accuracy of the flat forging.
Before the Horizontal hot heading machine is started, the bar is placed in the cavity of the fixed die and positioned by the front setter plate to determine the length of the deformed part of the bar. Then, depress the pedal to engage the clutch. The crank-cam mechanism of the Horizontal hot heading machine guarantees to work in the following order: during the forward process of the main slider, the side slider drives the movable die to quickly clamp the bar, the front plate retreats, the punch contacts the hot blank, and Make it plastically deform until it fills the cavity. When the machine returns, the movement sequence of each part is: the punch withdraws from the die, the movable die returns to its original position, the punch returns to its original position, and the forging is taken out from the die.