The Process of Open Die Forging and Production of Essential Mechanical Tools

🔧Open die forging allows for flexibility in shaping and operates with relatively simple production equipment, resulting in lower costs.

🔩Open die forging eliminates defects found in casting blanks and produces higher mechanical properties.

🛠️The process of open die forging involves various operations including setting, drawing out, punching, bending, torsion, mismatch, cutting, and welding.

⚙️Open die forging is mainly employed for single and low-volume production, particularly suitable for heavy machinery equipment.

🔨One of the advantages of open die forging is the elimination of defects found in casting blanks, such as shrinkage, gas holes, and porosity.

What is the difference between open die forging and closed die forging?

—Open die forging involves shaping metal without any limitations between the top and bottom anvils, allowing for flexibility. Closed die forging, on the other hand, involves shaping metal within a specific mold or die.

What are the advantages of open die forging?

—Some advantages of open die forging include flexibility in shaping, lower costs, higher mechanical properties, and the elimination of defects found in casting blanks.

Is open die forging suitable for high-volume production?

—No, open die forging is mainly employed for single and low-volume production, particularly suitable for heavy machinery equipment.

What are the key operations involved in the open die forging process?

—The open die forging process involves various operations including setting, drawing out, punching, bending, torsion, mismatch, cutting, and welding.

What types of mechanical tools can be produced through open die forging?

—Open die forging can be used to produce a variety of mechanical tools such as wrenches, screwdrivers, and pliers.

00:07Open die forging allows for flexibility in shaping and operates with relatively simple production equipment, resulting in lower costs.

02:26Open die forging eliminates defects found in casting blanks and produces higher mechanical properties.

04:11The process of open die forging involves various operations including setting, drawing out, punching, bending, torsion, mismatch, cutting, and welding.

06:03Open die forging is mainly employed for single and low-volume production, particularly suitable for heavy machinery equipment.

06:33One of the advantages of open die forging is the elimination of defects found in casting blanks, such as shrinkage, gas holes, and porosity.