PART 1: FUNDAMENTALS OF LASER WELDING
Laser Welding Basics
Design for Laser Welding
Design for Laser Welding
What is a Laser
How a Laser Welds
Laser Welding Modes
Design for Laser Welding
Design for Laser Welding
Design for Laser Welding
Material & Plating Selection
Joint Geometry
Fit-up tolerances
Defining the Weld
Design for Laser Welding
Defining the Weld
How to Test the Weld
What Test Equipment & Inspection is Needed
Welding Standards
PART 2: OPTIMIZING THE WELD
Lasers & Focus Heads
Spot & Seam Weld Optimization
Lasers & Focus Heads
QCW & CW Fiber Lasers
Pulsed Nd:YAG lasers
Blue Diode Lasers
Fixed Focus heads
Scan Heads
Wobble Heads
Weld Parameters
Spot & Seam Weld Optimization
Lasers & Focus Heads
Peak & Average Power
Pulse Width & Frequency
Focus Spot Size
Shielding Gas
Tooling
Spot & Seam Weld Optimization
Spot & Seam Weld Optimization
Spot & Seam Weld Optimization
Part Preparation
How to -
Find the Focus
Find Parameters for Best Weld
Find the Process Window
part 3: maintaining the weld in production
System Benchmarking
System Benchmarking
System Benchmarking
Power & Energy Measurements
Beam Profile Measurements
Reference Weld Samples
In-Process Monitoring
Troubleshooting
System Benchmarking
System Benchmarking
Methodology
Common Issues
Available on Request
System Benchmarking
Available on Request
Single Mode Fiber Laser welding
Welding Copper & Aluminum
Polymer Welding