Product News for plastic ultrasonic welding

• Select Fabricators, Inc.
  Ultrasonic Welding and Assembly Services

  Select Fabricators, Inc.'s expertise in ultrasonic welding and assembly services is especially suited for standard and custom conversion of flexible materials. (read more)

• Sonobond Ultrasonics, Inc.
  Dual Head SpliceRite and Dual Head Spot Welder

  The Dual Head SpliceRite™ ultrasonically welds wire bundles with cross-sectional areas of up to 100 sq. mm—in a single pulse—to produce heavy-duty cables. The Dual Head Spot Welder ultrasonically welds aluminum up to 3mm thick and up to 80 layers of foil for advanced batteries. (read more)

• Sonobond Ultrasonics, Inc.
  SonoWeld® 1600 Digital Metal Spot Welder

  Sonobond Ultrasonics' SonoWeld® 1600 microprocessor-controlled unit performs one-pulse spot welding of thin sheet metal and wire-to-terminal welds of copper alloys, aluminum and tin-coated wires. It also welds multiple layers and/or delicate foils to battery tabs or terminals. It stores and recalls up to 250 weld protocols, with parameter setup by time, total energy or final weld thickness. (read more)

• Sonobond Ultrasonics, Inc.
  SpliceRite™ Ultrasonic Wire Splicer

  The SpliceRite™ Ultrasonic Wire Splicer is ideal for fast, efficient wire harness assembly and wire-to-wire splices. It creates a solid-state metallurgical bond with the lowest possible voltage drop, and with minimal energy consumption. Its microprocessor controller welds by time, energy, or thickness and recalls up to 250 weld protocols. This unit easily handles tinned or oxidized... (read more)

• Leister Technologies, LLC
  Plastic Laser Welding System for Easy Integration

  Novolas BASIC AT laser system was developed for quick and easy integration into a new or existing production line or any other custom setup. BASIC AT unit takes care of safety, communication and all other internal operating conditions, leaving the integrator with simple interface for Process Control. (read more)

• Baumer Ltd.
  Sensor Solutions for the Plastics Industry

  For applications in the plastics industry, Baumer has a special sensor range. Products include high-precision strain rings, miniature ultrasonic sensors, laser sensors, and precision encoders. They solve problems related to injection force monitoring, granulate level, and component presence detection. (read more)

• Leister Technologies, LLC
  Fully Integrated Plastic Laser Welding System

  The NOVOLAS WS (Workstation) is a fully integrated turnkey system for thermoplastic laser welding. (read more)

• RNDT, Inc.
  Ultrasonic Non-Destructive Testing Services

  Ultrasonic testing uses the transmission of high frequency sound waves into material to detect imperfections within the material or changes in material properties. The most commonly used ultrasonic testing technique is pulse echo wherein sound is introduced into the test object and reflections (echos) are returned to a receiver from internal imperfections or from geometrical surfaces of the part. (read more)

• Heraeus Noblelight, Inc.
  IR Plastic Welding - Infrared Plastic Welding

  Infrared plastic welding from Heraeus Noblelight. Welding with infrared energy is an efficient, non-contact, cost-effective method of assembling plastic components. For plastic parts - Infrared Welding can be a beneficial replacement for certain traditional hot-plate and vibration welding applications. (read more)

• Miyachi Unitek Corporation
  Green Laser Welder Micro Welds Conductive Parts

  Miyachi Unitek is pleased to announce the release of the NEW LW2AG 5W Green Laser Welder which offers increased weld speed (2.5x), penetration (~30%) and integration flexibility (2 energy- or time-share outputs) over the 2W model. (read more)

Conduct Research

• How Ultrasonic Welding Works
  Ultrasonic assembly utilizes an acoustic tool called a horn to transfer vibratory energy through the part to the joint area, where it is converted to heat through friction that melts the plastic....
  (read more)
• 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...
  (read more)
• Optics, Packaging Among Topics at Medical Design Show
  The 26th annual Medical Design & Manufacturing East show will run from June 3 to 5 in the Javits Convention Center in New York City, with conferences beginning June 2. This year, the Optics and...
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• Medical Device Link .
  Medical Device & Diagnostic Industry Choosing the Right Welding Process Plastics welding may not be the obvious choice, but it might be the best one for building your medical device. The product...
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• Medical Device Link . Advances in Joining Methods
  Many types of components for medical devices must be bonded together in some manner. Selecting the optimal method, however, is not always a simple task. Part of the difficulty stems from the...
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• Laser Welding Plastics Using a Fiber Laser
  Fiber lasers have now matured into exceptionally reliable and stable industrial tools. These lasers have unique capabilities that enable a wide range of high quality micro-machining processes; of...
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• Medical Device Link .
  A range of equipment for the processing of nonwovens and thermoplastic parts is supplied by Herrmann Ultrasonics (Karlsbad). Equipment for nonwoven processing is suitable for the production of medical...
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• 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...
  (read more)
• Medical Device Link .
  There are many good reasons to outsource the assembly of medical devices. When you decide to do so watch out for these pitfalls: Flexible Assembly Capabilities Offered by Contractor A contract...
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• Ultrasonic Linear Friction Welding
  In ultrasonic linear friction welding, the work pieces are heated by the ultrasonic vibration or reciprocating linear motion between the surfaces. The work pieces are clamped under moderately high...
  (read more)

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