Laser Engraving and Laser Machining
Ref: AL.4-1
Dates ( Inter-company / In-house training )
- 18–20 November 2026
Organisation
Duration
Prices
Technical and teaching lead: Technical: Frédéric MERMET | Teaching: Franck RIGOLET
Do you have a disability?
Contact our disability officer at referent.handicap@irepa-laser.com
Customer satisfaction
Satisfaction rate based on 2025 sessions
The fineness and precision of the laser beam make it a tool in its own right, capable of machining the most difficult materials. The new generation of pulsed lasers delivers performance that places laser engraving in a strong position compared with traditional tools. Many applications are already operational in industry, notably in watchmaking and even in the manufacture of injection moulds and dies. Our training course aims to give you the skills to set up and optimise your engraving and micro-machining processes.
Over 2.5 days
Lasers and Technology
- Light and lasers
- Lasers used in engraving and machining
Principles, phenomena
- Laser/material interaction
- Influence of the type of material
Engraving and micro-machining on machines
- Visualising the influence of parameters
- Setting principles
- Qualifying a procedure
- Tests on various materials
Optical principles
- Beam shaping
- Beam delivery
Quality control
- Observation and analysis of machined surfaces
Safety awareness
- Exposure risks
- Protection and prevention
- Be able to adapt settings according to the laser technology.
- Apply the basic principles of laser engraving and micro-machining.
- Master the influence of operating parameters.
- Acquire a process optimisation methodology.
Teaching equipment:
- Fibre laser and pulsed Nd:YAG laser machine.
- High-precision machine equipped with a nanosecond laser + femtosecond laser.
- High-power nanosecond laser (exclusive)
- Pulsed laser 532nm (green)
Validation:
- Training certificate issued
