Forging Manufacturing

Integrated Forging Capability for Dependable Components

SAS-168 supports steel and aluminum forging programs through coordinated material preparation, forming, heat treatment, surface preparation, machining, inspection, and production control.

SAS-168 forging factory, production equipment, forged components, and hot forging operation
Forging Factory

Production Capability from Raw Material to Machined Components

Our forging operation brings together production equipment, controlled forming processes, heat-treatment resources, surface preparation, and CAD/CAM machining to support steel and aluminum component programs.

Manufacturing and quality activities are coordinated to help maintain dimensional consistency, material integrity, and dependable production results.

Steel and aluminum forging processes
Controlled heating and forming
Heat treatment and surface preparation
CAD/CAM machining integration
Crack and dimensional inspection
IATF 16949 quality management
Production Processes

Coordinated Steel and Aluminum Forging

Each material follows a controlled production sequence appropriate to its forming, heat-treatment, finishing, and inspection requirements.

Steel Arm Production

  1. Raw steel preparation
  2. Cutting into short rods
  3. Forging and moulding
  4. Normalization or tempering
  5. Sand blasting
  6. Cold calibration
  7. Crack detection
  8. Anti-rust treatment or E-coating
  9. CAD/CAM machining

Aluminum Arm Production

  1. Raw aluminum preparation
  2. Cutting into short rods
  3. First-stage forging and moulding
  4. Preheating
  5. Second-stage forging and moulding
  6. Rough forging
  7. T4 or T6 heat treatment
  8. Pickling surface treatment
  9. CAD/CAM machining
SAS-168 forging factory press line and production equipment
Manufacturing Equipment

Forging and Heat-Treatment Resources

The forging plant operates a range of forming, heating, cutting, and heat-treatment equipment to support different component and production requirements.

Air Drop Hammers2.0–5.0 ton · 5 units
Crank Presses400–3,000 ton · 5 units
Knuckle Joint Presses650–4,000 ton · 8 units
Friction Screw Press2,000 ton · 1 unit
Induction Heating Furnaces175–600 kW · 7 units
Electric Heating Furnaces9 units
Normalizing FurnaceContinuous type · 1 unit
T4 Solution Furnaces2 units
T6 Aging Furnaces2 units
Automatic Cutting MachinesNC and saw-bed systems · 2 units
Worker handling forged components Forged components moving through production
Development & Quality

Inspection Supporting Every Production Stage

Development and verification resources support geometry capture, dimensional inspection, material evaluation, strength testing, crack detection, and production quality control.

  • Reverse engineering scanner
  • Coordinate measuring machine
  • Universal testing machine
  • Magnetic particle inspection
  • Fluorescent inspection
  • Spectrometer
  • Metallographic microscope
  • Rockwell hardness tester
Inside the Forging Plant

People, Equipment, and Controlled Production

Forging factory production floor Operator performing a hot forging process Worker organizing forged components Forged components during the production process
Discuss Your Forging Program

Looking for an Integrated Forging Manufacturing Partner?

Share your drawings, samples, material requirements, or production needs with SAS-168 to discuss forging, machining, inspection, and manufacturing support.

Contact SAS-168
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