专题见解

Ultrasonic horn stretches and shrinks in length during the welding process like a spring. For example, a 20 kHz horn is typically a one-half wavelength long resonant bar, whose molecules are constantly expanding and contracting 20,000 times per second.Consequently, the horn is continually under comp

While you will find 2μm lasers being used in a broad range of industriesincluding automotive, general industrial,films, and packaging,the majority of2μmwelding demandis coming fromthe medical industry.Typical applications include: microfluidic device

An Introduction to the process and advantages of Laser Plastic WeldingThe use of various plastics in manufacturing has grown immensely in the last 15 or so years. Weight savings, optical requirements, and flexibility to name a few reasons push the envelope of legacy materials and often times leave p

Assembling medical devices and other medical components are demanding. Consistently producing good parts, in a validated process, while recording, storing, and analyzing data points is imperative. Utilizing an ultrasonic welding process for assembly is widely accepted for medical devices

Melt-Match®is known in the plastic industry to improve all the phases of the plastic welding process with servo-driven control and precision.Check out the following video showing the difference between pneumatic vs servo ultrasonic welding with patentedMelt-Match®.Ultrasonic Welding wi

Mastering the 4 pillars of Laser Polymer Weldingusing 1 micron Laserwill provide an excellent foundation for you to design-in the technology.Pillar #1 – IR (Infrared) Transparent Upper LayerThe first layer of material that the laser beam encounters (the IR Transparent Layer) must allow