Discover how nanoSTAKE delivers precise, reliable plastic staking for delicate assemblies and tight spaces. Using highly controlled thermal energy, nanoSTAKE creates clean, consistent stakes while protecting sensitive components. Watch now to see how this tiny technology can make a big difference for your project.

Topics:

• Your staking questions!
• How nanoSTAKE works
• Common applications
• Key advantages for manufacturing
• Design guidelines for success
• Implementation options 

Pallets and dunnage take a beating—your welds shouldn’t be the weak link. In this webinar, we break down how hot‑plate welding delivers consistently strong, repeatable joints for oversized plastic assemblies. Learn practical design tips, material considerations, and automation insights that help manufacturers improve durability, throughput, and ROI.

Topics:

• Answers to your questions
• Hot plate welding fundamentals
• Designing pallets for successful welding
• Common materials and their implications
• Throughput, automation, and ROI considerations 

In this interactive webinar, you’ll discover how InfraStake creates the tightest and strongest plastic assemblies. This clean staking process uses focused infrared energy to heat and form a plastic boss, while securely clamping the components together throughout. Don’t miss this chance to elevate your plastic assemblies to the next level.

Topics:

• Answers to your questions
• How the InfraStake process works
• How InfraStake compares to other plastic staking technologies
• Which applications are best-suited for InfraStake
• How to design your parts for InfraStake
• The key equipment components of InfraStake

Discover what’s new—and what truly matters—in laser plastic welding. In this interactive webinar, attendees learned the fundamentals of the process, explored new technologies, and heard real answers to real questions from our experts. Expect practical insights, real-world applications, and valuable takeaways to help you enhance your next welding project.

Topics:

• Answers to your questions
• The fundamentals of laser plastic welding
• Advantages of utilizing laser-welded assemblies
• Customization of laser welding equipment for specific applications
• Essential material requirements for effective laser welding
• Real-world examples of laser-welding applications
• New developments in laser plastic welding

Watch our interactive and engaging session where you can hear real stories and walk away with practical insights you can apply to your plastic welding projects. From how hot-plate welding works to the successes (and setbacks!) behind successful projects, this webinar is designed to be helpful, engaging, and anything but boring.

Topics:

• Answers to your questions
• How hot-plate welding works
• Common problems in plastic welding
• Tales of triumph: Real project stories
• Lessons learned: How to tackle a hot plate welding project

Watch the recording of our interactive webinar and explore the world of plastic welding in manufacturing. This session covers the basics of key welding techniques, including laser welding, infrared welding, hot-plate welding, and more. You’ll learn how each method works, their differences, and how to select the right one for your application. Whether you’re new to plastic welding or looking to deepen your understanding, this hour-long session is packed with practical insights and expert advice.

Topics:

• Answers to your questions
• Basics of plastic welding
• Different types of plastic welding
• How to decide which technology is best for you and your product

Watch our interactive and engaging webinar to learn how to design your plastic parts for laser welding. You’ll discover how to create optimal laser welding joints, gain key insights into absorptivity and transmissivity, and explore the best materials for laser welding. This knowledge will help you produce strong, clean, and easily manufactured plastic products.

Topics:

• Answers to your questions
• Basics of plastic welding
• Different types of laser welding
• Importance of absorptivity and transmissivity
• Designing joints for laser welding
• Best materials for laser welding