• ・Can be manufactured with the minimum volume of materials.
  (less material loss during machining)
• ・A method with high material utilization and efficiency.

Example: By changing the production method from all machining, which is said to have a large cutting allowance, it is possible to reduce material costs significantly.

• ・Unlike other production methods, forging is performed using plastic deformation. The thickness can be reduced while ensuring the same strength, leading to resource saving and cost reduction.

• ・The features of forging in room temperature without applying heat on metal are: Since dimensional variation does not occur due to thermal expansion, dimensional accuracy is excellent, and surface roughness is also very good (clean surface finishing).
• ・Depending on the shape, forging in units of 10 µm is possible.
• ・It is also excellent in net shape, machining may not be necessary depending on the shape.

The micro structure that makes up the metal is crushed and stretched during forging, forming a forging streamline (metal flow line) that follows the shape of the product and increasing toughness.
This “continuous forging line” is a unique feature of forging which cannot be obtained by other methods like casting and whole machining.