• Blueprint Analysis and Product Drawing
• Product Design Using Programs
• Process Analysis and Equipment Selection

• Using a laser beam for cutting allows for easy processing of various shapes, resulting in smooth surfaces with no burrs.
• To generate the laser beam, liquefied nitrogen or liquefied carbon dioxide is used, depending on the material properties.
• Equipment Inventory : TruLaser Tube 7000, TruLaser 5030, TruLaser 3030

• A process that transforms material cut into flat shapes into the final product shape according to the design drawings.
• Various tools are used depending on the type of material and the bending shape.
• Equipment Inventory : TruBEND 5170, TruBend 7036, RG-50

Welding

• A stage in which the product's shape is completed by welding and assembling joints, reinforcements, and other components.
• Depending on the product and material characteristics, various welding methods are used, including electric welding, TIG (argon) welding, CO2 welding, and spot welding.

Correction

• A process for correcting distortions in the material caused by high heat during welding. This requires devices and fixtures to prevent distortion.

Planer Milling

Painting

• Applied for corrosion resistance and to define the product's appearance.
• Depending on the product's use, both liquid and powder coatings are used.

Plating

• Applied for corrosion resistance and parts that require electrical conductivity.
• Types of plating include zinc, nickel, anodizing, and chromate, depending on the product material.

• The process of completing the final assembly of the product.
  (Assembling according to design drawings and customer specifications.)

• Checking the product's quality and cleaning condition.