[ LASER TRAINING ]

PROFESSIONAL LASER TRAINING

PHOTON AUTOMATION, INC. offers Professional Laser Training at the Photon Technology Center located in Farmington Hills, Michigan as well as onsite at your facility. The Technical Education courses are presented by industry expert Dr. Najah George, Ph. D., and are held on scheduled dates throughout the year.

COURSES

laser welding training farmington hills michigan

LASER WELDING TRAINING AT THE PHOTON TECHNOLOGY CENTER

PHOTON AUTOMATION, INC. offers laser welding training at our Farmington Hills, Michigan facility, featuring a state-of-the-art classroom and cutting-edge laser welding equipment for hands-on training.

Instructor: Dr. Najah George, Ph.D. Photon Automation Senior Director of Research & Development

Location: Photon Technology Center, Farmington Hills, MI

Please contact Bill Fletcher at [email protected] for additional information and to schedule training dates.

onsite laser welding training Photon Automation

ONSITE LASER WELDING TRAINING

PHOTON AUTOMATION, INC. provides laser welding training held at your facility, customized to your specific equipment and materials. This training combines informative presentations with practical, hands-on experience for a complete learning experience.

Instructor: The training is led by industry expert Dr. Najah George, Ph.D., who has over 35 years of experience in laser technology. 

The courses typically cover the following:

  • Introduction to Laser Welding Technology
  • Operation of Welding Equipment
  • In-depth Understanding of Laser Welding Parameters
  • Joint Design and Preparation
  • Process Optimization Techniques
  • Quality Control and Testing Procedures
  • Advanced Welding Applications
  • Troubleshooting the Welding Process
  • Laser Safety Protocols

Please contact Bill Fletcher at [email protected] for additional information and to schedule training dates.

laser welding training by Photon Automation

PROFESSIONAL LASER TRAINING: TECHNICAL EDUCATION FOR CUTTING WITH LASERS

This practical training course will help you improve your laser cutting operations, increase your process efficiency, and achieve high-quality, consistent laser cutting parts. The class will cover cutting foils/electrodes for lithium-ion battery, medical parts, as well as thick material.

Classroom instruction will be followed up with practical, hands-on demonstrations. These live application trials will demonstrate how best to optimize laser cutting equipment to achieve the highest quality of cutting.

Who should attend: laser cutting engineer, laser cutting operator, laser cutting systems builder, lithium-ion battery engineer, medical parts engineer, medical parts manufactures, mechanical engineer

Course content includes:

  • How to implement a laser cutting process from concept to production
  • In-depth explanation for determining all process parameters
  • Determining and measuring quality of the cut
  • Hands-on demonstrations with state-of-the-art equipment
  • Certificate awarded following completion of the course
  • Cutting process optimization
  • Troubleshooting the cutting process
  • Cutting head maintenance and care of optics
  • Recognize new advances in laser cutting
  • Laser safety requirements

Instructor: Dr. Najah George, Ph.D. Photon Automation Senior Director of Research & Development

Dr. George’s impressive background includes a Bachelor of Science in Physics, a Master of Science degree in Laser Technology, and a Ph.D. in Solid State Physics. He began his laser journey in 1987 at the Iraqi Atomic Energy Commission (IAEC)/Laser Development and has since gained extensive experience across numerous sectors, including education, research, and industry. Dr. George has extensive global experience working with a laser optics company and was instrumental in developing battery technology for electric vehicles and grid storage projects.

Featured guests: Product technology presentations provided by Precitec, Laser Mechanisms, and Coherent.

REGISTRATION IS CURRENTLY CLOSED FOR THIS COURSE. Please contact Bill Fletcher at [email protected] for future training dates and information.

Are you ready for the next evolution in metal fabrication? Laser welding technology is revolutionizing the industry, and now is your chance to stay ahead of the curve. Today, this cutting-edge technology is more accessible and user-friendly than ever, empowering metal fabricating companies of all sizes to embrace its benefits.

  • Master the Art of Laser Welding
  • Experience Hands-On Learning
  • Stay Ahead of the Curve

Instructor: Dr. Najah George, Ph.D. Photon Automation Senior Director of Research & Development

Location: Photon Technology Center, Farmington Hills, MI

A Fabricators and Manufacturers Association (FMA) Training Certificate Program course.

REGISTRATION IS CURRENTLY CLOSED FOR THIS COURSE. Please contact Bill Fletcher at [email protected] for future training dates and information.

Laser Application Lab Michigan
PHOTON TECHNOLOGY CENTER - Farmington Hills, MI

The PHOTON TECHNOLOGY CENTER is a laser applications lab for testing and proving advanced manufacturing applications. Our lab includes multiple different laser sources, advanced beam delivery systems with scanning optics and laser weld monitoring, robotics, vision systems and laser marking equipment. Diagnostic systems, including sectioning equipment and microscopes are used for destructive testing and analysis, while our CT scanner is used for non-destructive imaging.

Rapid prototyping is often used to create and test experimental tooling and fixtures to prove feasibility and
measure performance. Photon has multiple 3D printers for creating components for experimentation and complex parts for production systems.

Photon’s experienced engineering staff routinely advises clients as they design their products for manufacturability and compatibility with automation.

For further information about PHOTON AUTOMATION, INC. and the Photon Technology Center, please visit our APP LAB page or contact Bill Fletcher, Director of Sales and Marketing, Phone: +1 317-649-0923 Email: [email protected].