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Parts by Number for Plastic Welding Top

Part # Distributor Manufacturer Product Category Description
35270 Allied Electronics, Inc. MASTER APPLIANCE Not Provided ATTACHMENT, PLASTIC WELDING, (20MM) 3/4 IN DIA.
35272 Allied Electronics, Inc. MASTER APPLIANCE Not Provided ATTACHMENT, PLASTIC WELDING, (9MM) 3/8 IN DIA.
34854 Allied Electronics, Inc. STEINEL Not Provided Plastic Welding Kit w/HL2010E, a variety of welding rods and tips for plastics

Conduct Research Top

  • Fundamentals Of Ultrasonic plastic welding
    An understanding of ultrasonic welders helps designers apply this assembly method efficiently. Actuator shown is used for semiautomatic or fully automated CNC plastic-welding applications and includes a converter and booster horn. Modular press system for manual ultrasonic plastic welding includes
  • Automation Speeds Clear-Plastic Welding
    Laser welding is a viable alternative to more-conventional methods for joining plastics, and in recent years techniques have been developed to weld even clear materials. Manufacturing advances, including inkjet and tabletop dispensers, now make this a viable alternative in low and high-production
  • Laser Welding of Plastics (.pdf)
    Plastic welding using a laser source has become an alternative to conventional plastics joining technologies, such as gluing, ultrasonic, vibration or element heating technology by offering flexible seam contouring, minimal heat input and consistent weld quality. The laser source can be either Nd
  • Laser Welding Plastics Using a Fiber Laser
    of plastic welding have been found since the need to join plastic parts became of great importance. Methods like vibration, linear/orbital, ultrasonic, spin, and hot plate welding have been used but with the development of the fiber laser, it has been noticed that laser welding is very efficient
  • Laser Staking Securely Joins Plastic Parts for Printed-Circuit Boards
    as laser plastic welding. A material transparent to the laser beam is joined to a material which absorbs the laser energy. The absorbed energy is transmitted as heat through the absorbing material and melts both the absorber and the transparent layer through conduction. The technique is sometimes referred
  • Plastic Microfluidics Assembly with Lasers (.pdf)
    within +/- 2 μm. The complete fabrication approach of such a microfluidic. device involves two primary steps; the formation of micro. Laser welding is accomplished by passing laser light. channels in a plastic base wafer or layer, and the bonding. through a top, laser-transparent plastic material
  • Laser Welding Tightly-Wound Coils (.pdf)
    the laser welding process, for the duration of the weld pulse, the material is in a molten state. During this molten state, the coil can break, retract, and spring-out resulting in tears in the coil. Laser Welding of Plastics. Laser Welding of Plastics. Plastic welding using a laser source has become
  • Laser Welding 3D Contoured Thermoplastics (.pdf)
    . �� Three-dimensional laser welding. Jerry Zybko, LEISTER Technologies, LLC, Itasca, IL, USA. J.W. Chen, LEISTER Process Technologies, Sarnen/Switzerland. Utilizing laser as a method to join plastic components is growing in popularity. The. ability to create clean, strong and consistent hermetic seals is very