The definitive laser plastic welding design & development guide for engineers
From concept to production—This guide helps you avoid failures, choose the right process, and launch on time.
“The ultimate laser welding guide”
What you’ll learn
Wavelengths: 1µm v. 2µm
We cover the two most common process wavelengths as well as other speciality wavelengths like 1.7µm.
Material combinations
Learn about which materials and material combinations are available to optimize the functionality and design of your part.
Part and joint design
Best practices for proper part and joint design for parts of all sizes and all industries.
Design Guidelines
- Joint designs
- Part geometries
- Mold tolerances
- And more
Best practices
- Pitfalls to avoid
- Materials
- Best processes for your application
Materials
- Material combinations
- Color characteristics
- Fills and additives
Clamping
- Arguably the most important aspect of laser plastic welding
- The types of clamp tools available to you
- Proper clamp forces
- Toelrances and ensuring solid joitn contact
How it works
- What is laser plastic welding?
- How it works
- How different wavelengths and process types influcence your decisions
Project roadmap
- The 3 phases required for a successful laser welding project
- The data and questions you will need to have to set yourself up for success
- The proper steps to ensure your development smoothly transitions to production
Ready to make your concept a reality?
