Cold heading is a forging method that uses molds to upset and form metal rods at room temperature, often used to manufacture the heads of screws, bolts, rivets, and so on. It can reduce or replace machining. Forging materials can include copper, aluminum, carbon steel, alloy steel, stainless steel, and titanium alloy. Cold heading is mostly carried out on specialized cold forging equipments, facilitating continuous, multi-station, automated production. On a cold forging equipment, multiple processes can be sequentially completed such as cutting, heading, accumulation, forming, chamfering, threading, reducing diameter, and trimming.
The crankshaft and body of the cold forging equipment, as well as the connection of the impact connecting rod, adopt high-wear-resistant alloy copper tile connections, offering high load capacity, long service life, and low maintenance cost.
The body of the cold forging equipment is cast with added alloy ductile iron, featuring high tensile strength and good wear resistance.
The cold forging equipment uses a two-stage gear transmission system, with high transmission efficiency and large transmission torque.
The cold forging equipment is equipped with a pneumatic clutch brake, reducing motor power consumption.
The cutting system of the cold forging equipment adopts a guide plate-driven cutter rod. The guide plate reciprocates, the cutting force is linearly transmitted, with high stability and good dynamic balance.
The multi-station cold forging equipment uses clamp-type workpiece transport, where the clamp system can rotate or translate, facilitating forming process arrangements.
The cold forging equipment is equipped with a variable frequency speed control device, allowing stepless speed regulation within a certain range.
The cold forging equipment is equipped with a fault detector and safety protection device. In case of equipment failure, it automatically stops to provide optimal protection for the equipment and tooling.
The feeding box of the cold forging equipment is equipped with a thrust device to improve feeding accuracy.
The lubrication system of the cold forging equipment features a simple and efficient oil circuit design, providing effective protection for punches and workpieces while ensuring cyclical filtration.
Shinetop's multi station cold forging machine excels in production efficiency. With its cutting-edge technical design, the multi station cold forging machine offers high-speed, high-volume production with excellent precision. Moreover, Shinetop's multi station cold forging machine ensures optimal performance and durability, significantly reducing material waste and costs. Shinetop's multi station cold forging machine incorporates real-time monitoring and statistics to control the consistency of the cold forging equipment's quality. All machines undergo rigorous testing and calibration, meeting the highest industry standards. Choosing Shinetop's multi station cold forging machine brings you efficient, reliable, and innovative manufacturing.