After cutting, materials undergo forming operations using CNC press brakes, hydraulic press machines (60–1,000 tons), automatic roll-forming machines, pipe-bending machines, and punching systems to achieve required dimensions and geometries.

Complex details are machined using 3-axis to 5-axis CNC milling machines, CNC lathes, deep-hole drilling, wire-cut EDM, and grinding machines. This ensures high-tolerance accuracy for components, molds, and mechanical parts.

Machined and formed parts are joined using MIG/MAG robotic welding stations (4–12 robots per station), tandem gantry welding, laser welding, and automatic clamping systems. This stage forms large structures such as chassis frames, crane beams, and industrial equipment frames.

To improve durability and corrosion resistance, components go through shot-blasting, ED coating (up to 1,000-hour salt spray performance), zinc electroplating, powder coating, and color painting. Powder booths and wet-paint lines (water-based, PU, NC, oil) deliver specified thickness, gloss, and adhesion.

Parts are assembled on specialized production lines including:

• Crane assembly lines (gantry crane, structural assemblies)
• Truck box assembly lines
• Industrial machinery assembly lines
• Agricultural and specialized equipment assembly
• Electrical cabinet assembly

QC is conducted at every stage of the manufacturing process, including hardness testing, mechanical material testing machines, CMM measurement, surface roughness measurement, weathering/accelerated ageing tests, and visual/functional inspections to ensure compliance with ISO 9001, ISO 14001, IATF 16949, and EN 1090 standards.

Finished products after quality check are then crated securely for roadway or waterway transport. Large structures are split into manageable modules for assembly on-site.