One of the more difficult questions I get asked by our customers is how to optimize assemblies for strength. This is an incredibly complex question but an important one when it comes to product development. Simulations like Finite Element Analysis are always a helpful tool, but FEA only provides some of the information, not all of it. Here are some questions to begin with during the development process
Welcome to our exploration into plastic welding for life science applications. As we embark on this journey, imagine yourself as a master chef, adeptly balancing the strengths and potential weaknesses – such as leak rate – of ultrasonic welding (USW) and hot-plate welding (HPW), much like harmonizing flavors in a gourmet dish. Each method brings unique strengths and challenges to the table, contributing to the final product’s quality. So, let’s dive into this adventure where strength and leak rate take center stage in the intricate world of plastic welding for life science applications.
If you’re an engineer, you may wonder what the difference is between plastic welding and plastic staking. Both of these methods join plastic together, but they use different techniques. Here, we’ll look at the differences between these methods so you can decide which is right for your project.
If you’re familiar with plastic welding, you’ve probably encountered ultrasonic welding. It’s the most well-known plastic welding technology. But just because it’s popular, doesn’t mean it is the best choice for every application. It has many benefits, but also some drawbacks. What do you do if ultrasonic welding isn’t your best option? And how do you know?
Occasionally people will confuse vibration welding and ultrasonic welding because both processes use vibratory energy to weld plastic assemblies. However, both processes are very different from each other. Let’s look at the differences between the two processes and how you can use them to your advantage.