Flexible Packaging

Flexible Packaging

Ultrasonic Welding:

  • Sealing pouches and bags
  • Joining multi-layer films
  • Creating peelable seals

Heat Staking:

  • Attaching zippers to pouches
  • Securing spouts to flexible containers
  • Fastening closures to packaging

Rigid Packaging

Rigid Packaging

Ultrasonic Welding:

  • Assembling clamshell containers
  • Joining lids to containers
  • Sealing blister packs

Heat Staking:

  • Attaching hinges to plastic boxes
  • Securing inserts in cosmetic packaging
  • Fastening handles to containers

Medical Packaging

Medical Packaging

Ultrasonic Welding:

  • Sealing sterile medical device packaging
  • Joining components of IV bags
  • Assembling diagnostic test cartridges

Heat Staking:

  • Attaching filters to respiratory devices
  • Securing closures on pharmaceutical containers
  • Fastening components in drug delivery devices

Food Packaging

Food Packaging

Ultrasonic Welding:

  • Sealing single-serve food pouches
  • Joining multi-layer barrier films
  • Creating hermetic seals for extended shelf life

Heat Staking:

  • Attaching tamper-evident seals
  • Securing dispensing caps to containers
  • Fastening utensils to packaging

E-commerce Packaging

E-commerce Packaging

Ultrasonic Welding:

  • Assembling protective mailers
  • Joining components of shipping boxes
  • Sealing air pillows for cushioning

Heat Staking:

  • Attaching handles to shipping containers
  • Securing closures on returnable packaging
  • Fastening protective inserts in boxes

Sustainable Packaging

Sustainable Packaging

Ultrasonic Welding:

  • Joining biodegradable films
  • Assembling reusable containers
  • Sealing compostable packaging

Heat Staking:

  • Attaching recycled content components
  • Securing refillable packaging closures
  • Fastening mono-material packaging elements

Key Advantages in Packaging Manufacturing

  1. Fast, efficient joining process suitable for high-volume production
  2. Clean, particulate-free seals ideal for food and medical packaging
  3. Ability to join dissimilar materials common in multi-layer packaging
  4. Creation of hermetic seals for extended product shelf life
  5. Minimal thermal stress on heat-sensitive packaging materials
  6. Improved package integrity and tamper-evidence
  7. Reduced material waste compared to adhesive-based sealing methods
  8. Compatibility with automation for consistent, repeatable results
  9. Energy-efficient process compared to traditional heat sealing methods
  10. Suitable for joining biodegradable and sustainable packaging materials
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