Laser Welding Training Certificate - Spring 2026

This three-day training program with certification provides a comprehensive learning experience, covering everything from foundational to advanced laser welding skills. Participants will gain expertise in beam delivery, measurement devices, process parameters, joint configurations, defect identification, testing, in-line control, troubleshooting, optics cleaning, and safety. Through hands-on learning and interactive discussions, this program enhances skills, maximizes productivity, and ensures superior welding quality.

Earn your laser welding certificate!

Info: 1- Laser Basics
1.1 Introduction to laser and laser properties
1.2 Principle of laser generation
1.3 Laser components/resonator
1.4 Laser materials/pump sources
2- Industrial Lasers
2.1 Co2 laser
2.2 Excimer lasers
2.3 Nd:YAG Laser
2.4 Fiber lasers
2.5 Disk lasers
2.6 Direct diode laser
2.7 Blue (GaN) diode laser
3- Changing Laser Wavelength
3.1 Second harmonic generation (SHG)
3.2 Third harmonic generation (THG)
4- Laser Operation Modes
4.1 Continuous laser
4.2 Pulsed laser, Q Switching and Mode-locking
4.3 The symbols, definition and units of a pulsed laser
5- Laser Beam Delivery
5.1 Reflective optics
5.2 Transmissive optics
5.3 Beam expander
5.4 Laser beam scanning systems
5.5 Laser optical fiber
6- Laser Beam Modes
6.1 Co2 laser modes
6.2 Fiber laser modes
6.3 Beam Shaping (fixed optics and multi fibers)
7- Laser Beam Parameters Calculation
7.1 Co2 laser calculation
7.2 Fiber/Disk laser calculation
8- Laser Measurements Devices
8.1 Wavelength
8.2 Power/Energy
8.3 Beam profile

Info: 9- Laser Welding
9.1 Advantage of laser welding
9.2 Laser welding modes
9.2.1 Conduction welding
9.2.2 Keyhole welding
10- Laser Welding Process Parameters
10.1 Laser wavelength
10.2 Alignment positioning, laser focus position,
and focus shift
10.3 Laser depth of focus
10.4 Laser power and power density
10.5 Laser mode
10.6 Laser beam quality M2
10.7 Beam shaping
10.8 Laser operating mode (Laser operating
mode (continuous/pulsed)
10.9 Laser remote welding without/with power
modulation
10.10 Hybrid Laser beam welding
10.11 Hot and Cold wire laser welding
10.12 Laser brazing
10.13- Materials Properties
10.13.1 Material composition; Chemical
composition
10.13.2 Material composition; Thermal
properties
10.13.3 Oxide layers
10.13.4 Surface condition/ Surface roughness
10.13.5 Material thickness
10.13.6 Material contamination
11- Joint configurations
12-Tooling and Motion
12.1 Welding speed
12.2 Alignments
12.3 Shielding gas
12.4 Fume extraction system

Info: 13- Laser Welding Defects and Qualification
13.1 Surface defects
13.2 Internal defects
14- Testing and Inspection of Laser Welds
15- In-Line Laser Welding Control, Monitor and Inspection
16- Laser welding project design
17- Laser welding examples
17.1 Welding similar materials
17.1.1 Stainless Steel (AISI 304)
17.1.2 Aluminum
17.1. 3 Copper
17.2 Welding dissimilar materials
17.2.1 Laser Welding Aluminum/Steel
17.2.2 Laser Welding Aluminum- Copper
18- Weld troubleshooting
19- Maintenance - Optics Cleaning
20- Laser Safety - Testing

Event Venue & Nearby Stays

37676 Enterprise Ct, 37676 Enterprise Court, Farmington Hills, United States

Concerts, fests, parties, meetups - all the happenings, one place.

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