When the header machine is heading products of different diameters, the header machine needs to change the mold, or if the mold is damaged, the punch needs to be replaced. When changing the mold, it is often necessary to fine-tune the axial position of the large slider so that the gap between the molds is not too large or too small, preventing the mold from pressing against the mold, and the machine cannot rotate.

The header machine must be cleaned once a day to remove dirt and ensure smooth oil flow. Before starting the header machine, lubricate the entire machine and run it idle for a few minutes before officially starting work.

The header machine can change molds according to the heading size based on the pipe diameter. Internal parts are made of bearing steel and other materials. The friction plate is mainly used to prevent rotation. The oil pump is used to supply lubricating oil to the machine body and circulate, making it difficult for the main internal parts to be damaged.

The header machine not only has various materials that can be forged but also various products that can be manufactured. Its mechanical equipment has advantages such as fast speed, high stability, high precision, and durability.

Fastener forming

1. Applications: Cold forging (or hot forging) of wire to achieve the shape and length (or thickness) of semi-finished products.

2. Bolt (screw) forming (title):

(1) Machine model selection (Specification): Machine models 10B-3S 13B-3S 17B-3SL 19B-3S 24B-4S 30B-4L 36B Applicable range M6, 1/4 Length below 2" M6, M8, M10,   1/4 5/16,3/8 M6,M8, M10,1/4 5/16,3/8,7/16 M10,M12M14,M16 1/2,9/16,5/8 M14,M16 M18  ,M20 9/16,5/8,3/4 M8,M20 M22,5/8 3/4,7/8M20,M22 M24,5/8 3/4,7/8,1"

Workflow:

1. Hexagon bolt (four molds four punches or three molds three punches)

(1) Cutting: The wire stuck in the cutting mold is cut into the required blank by the unidirectional movement of the moving scissors.

(2) First punch: The rear punch presses against the blank mold to shape the blank, and then the rear punch pushes the blank out.

(3) Second punch: The blank enters the second punch mold, the second punch mold is pressed, and the blank takes on an oval shape, which is then pushed out by the rear punch mold.

(4) Third punch: The blank enters the third punch mold, is sheared by the core of the hexagon third punch, and initially forms the hexagon head of the blank. After that, the rear punch pushes the blank

Enter the third mold, cutting off the cutting material from the hexagon head to form the hexagon head.

2. Carriage bolt (one mold two punches)

3. Inner hexagon bolt (three molds three punches)

4. Hexagon washer head small screw (three molds three punches)

5. Small screw (ordinary head type, one mold two punches)