Stage 1 : DESIGN

> receive customer demands,
assess development feasibility,
and plan for efficient production processes

· 2D,3D design / CAE simulation / Manufacturing process design

Stage 2 : DIE SINKKING

> process materials swiftly and accurately according to the designed blueprints

Stage 3 : MATERIAL

> prepare the customer-specified steel grade (alloy steel, carbon steel, stainless steel, etc.).

· Chemical composition analyzing, Dimension check

Stage 4 : CUTTING

> cut the material into specifications suitable for forging operations

· Band Saw / Billet Shear
· Dimension check

Stage 5 : HEATING

> To facilitate efficient forging operations, the cut material is placed in a heating furnace and heated for a specific duration.

· Induction heating / Batch furnace

Stage 6 : FORGING

> shape the material according to the created mold

· Rolling / Free forging
· Hammer / Press forging

Stage 7 : HEAT TREATMENT

> heat the product to a specific temperature and cool it at a rate that enhances the desired properties or metal structure according to the customer's requirements

· Quenching & Tempering
· Heat time, Temperature,
  Cooling procedure check
· Hardness inspection

Stage 8 : FINISHING TREATMENT

> correct any deformations occurring during the forging process and ensure the cleanliness of the surface

· Shot blast / Straightening
· Dimension check
· Surface defect check

Stage 9 : INSPECTION

> inspect using various methods to ensure compliance with customer requirements.


· Surface Defect
· Dimension
· Mechanical test
· Microstructure Test
· Magnetic test
· Ultrasonic Test

Stage 10 : MACHINING

> If the customer desires, we provide a one-stop service that includes processing.

· Centering / Drilling / Facing / Antirust / Painting / Assembly

Stage 11 : PACKING & DELIVERY

> prepare to ensure the safe arrival of the product to the customer