AMD Manufacturing Technologies 

TechnologyPrimary MaterialKey FeatureCommon Application
ISBMPETCrystal ClaritySoda & Water Bottles
IBMHDPE / PPPrecision NeckMedicine Bottles
EBMHDPE / LDPEIntegrated HandlesMilk & Detergent Jugs
CompressionPE / TPEHigh-Speed SealingBottle Caps & Crown Liners
IMPETNeck ConsistencyPET Preform for Soda and water bottle

1. Injection Stretch Blow Molding (ISBM)

Best for: High-clarity PET bottles (Water, Carbonated Soft Drinks, Cosmetics).

  • The Process: Two-stage process where a preform is injection-molded, then stretched and blown using high-pressure air.
  • Key Advantage: Biaxial orientation creates glass-like clarity, high strength, and excellent gas barrier properties.

2. Injection Molding (IM)

Best for: High-clarity PET preforms.

  • The Process: PET resin is dried, melted, and injected into multi-cavity molds to create preforms with finished necks.
  • Key Advantage: 100% neck consistency ensuring leak-proof sealing and high-speed blowing.

3. Injection Blow Molding (IBM)

Best for: Small, high-precision containers (Pharmaceutical vials, eye drops).

  • The Process: Molten plastic is injected onto a core rod and immediately blown into shape.
  • Key Advantage: Zero-waste production with no trimming and perfectly finished necks.

4. Extrusion Blow Molding (EBM)

Best for: Complex and large containers (Milk jugs, detergent bottles).

  • The Process: A molten plastic parison is extruded, captured in a mold, and inflated.
  • Key Advantage: Allows integrated handles and complex shapes.

5. Compression Molding (Closures & Crowns)

Best for: High-volume caps and crown liners.

  • The Process: Plastic gobs are compressed into shape under vertical pressure.
  • Key Advantage: Dimensional stability with consistent sealing for carbonated beverages.

6. Crown Cap Making Technology

1. Metal Stamping & Forming

  • Tinplate (TP) or Tin-Free Steel (TFS), 0.20–0.24 mm thick
  • High-speed double-action presses producing over 5,000 caps/minute
  • Blanking, drawing, and crimping into 21-tooth shells

2. In-Shell Lining (Compression Molding)

  • Molten TPE/PE pellets are dosed and compressed inside the shell
  • Creates V or W liner profiles for airtight sealing

3. Material Science: PVC vs PVC-Free

  • PVC: Traditional but environmentally restricted
  • TPE: Modern PVC-free standard with no taste impact
  • Oxygen scavengers used for premium beverages

4. Coating & Lithography

  • Food-grade lacquer prevents metal contact
  • Offset lithography ensures distortion-free branding

Overview of Manufacturing Facilities