Plastics and other polymers are playing an increasingly important role in the manufacture of medical devices. Therefore, many manufacturers are trying to quickly overcome the technological difficulties in introducing plastic welding, especially in mass production. The use of lasers for this task has proven to yield excellent results. But only a full understanding of the plastic laser welding process, its capabilities and limitations are the key to minimizing costs, optimizing quality and maximizing yield.
Watch our 4-part webinar on laser welding plastics to learn about the benefits of laser welding as well as how to achieve the best results at every stage - from design, to process development, to the transition to mass production.
4 steps for reliable laser welding of plastics
Step 1: Why choose a laser
Gain insight into trending applications in a variety of industries, including medical device manufacturing, and learn about the benefits of using laser technology to improve quality, yield, performance scalability and other aspects of laser plat welding.
Step 2: Selecting the material and design to be welded
In this episode, we'll share with you how to select materials for laser welding to maximize the process window and therefore the yield of the entire process. We'll also explore key aspects of designing your parts.
Step 3: Welding Process Optimization
In this section, we will cover the key aspects for achieving consistent weld quality, reducing cycle time and minimizing material waste. We will also cover software, selection of appropriate equipment and optimization of welding fixtures.
Step 4: Adapting welding for mass production
Learn about the integration options and laser system features that are key to scaling up production. Learn how to consistently produce high-quality parts using closed-loop clamping force control and other tools to monitor the welding process.