Practical Guide to Laser Automation
Automate the process, not the laser.
A step-by-step framework for planning, selecting and integrating laser marking, cleaning, cutting and welding systems, so your team gets the important decisions right before choosing any equipment.
- Load
- Locate
- Laser Process
- Verify
- Connect
Written for manufacturing and automation engineers, plant managers, project leaders and integrators. No prior laser automation experience required.
Management Summary
Five decisions that determine success
Laser automation projects rarely succeed or fail because of the laser. They succeed or struggle on a few decisions made before equipment is chosen.
Define the result, not the machine
Agree on the problem, a measured baseline and a target first.
Find out what varies
Variation, not the perfect part, drives your automation needs.
Prove the process on real parts
Define "good" and test worst-case parts. Feasibility is not production rate.
Right-size the solution
Use the least automation that meets requirements, and plan for growth.
Plan for exceptions and ownership
Decide what happens when things go wrong, and who owns each interface.
Inside the Guide
Fourteen chapters, organized around how projects really run
- 01Start with the manufacturing objective
- 02Map the complete production flow
- 03Understand parts, materials and variation
- 04Prove the laser process
- 05Calculate real production requirements
- 06Standard, modified standard or custom?
- 07Select the level of automation
- 08Control it, find it, move it, connect it
- 09Design for exceptions and recovery
- 10Safety, quality, reliability and support
- 11Marking, cleaning, cutting and welding pathways
- 12Investment case and project economics
- 13Automation Ready and future expansion
- 14Project definition and implementation roadmap
Core Framework
Four functions define every automated laser process
Control It
Recipes, parameters and changeover so every part gets the right process.
Find It
Fixtures, sensors and vision that locate parts and absorb variation.
Move It
Loading, indexing, robots and conveyors that present and remove parts.
Connect It
PLC handshakes and MES/ERP links so data follows the part.
Right-Sizing
Choose the least complexity that does the job
Every added level of automation adds output and consistency, but also cost, engineering and maintenance. The guide helps you find the right level, with a clear path to the next one.
Manual
Low volume, high variety, or an evolving process.
Operator-Assisted
Fixtures, recipe selection and barcode job loading.
Semi-Automated
Automated indexing with in-process verification.
Fully Automated
Robot or feeder handling, vision and auto-reject.
Line-Integrated
Runs at line rate with part-level data to MES/ERP.
Application Pathways
Guidance specific to your process
Laser Marking
Serials, 2D codes and UDI with verified readability and full traceability.
Laser Cleaning
Remove rust, oxide, paint and residues without media or chemicals.
Laser Cutting
Feed, nesting, separation and scrap removal often set real output.
Laser Welding
Repeatability is set by joint design, fit-up and fixturing before the beam fires.
What You'll Walk Away With
A project brief you can share with any supplier
Five fillable planning worksheets turn the chapters into the documents your team and suppliers need.
- A short, measurable requirements statement
- A variation matrix and engineering unknowns log
- A cycle-time breakdown and exception plan
- A one-page project brief for internal review or suppliers
Free Download
Get the Practical Guide to Laser Automation
Tell us where to send it and you'll get instant access to the guide and planning worksheets.
Practical Guide to Laser Automation
Automate the process, not the laser.
A step-by-step framework for planning, selecting and integrating laser marking, cleaning, cutting and welding systems, so your team gets the important decisions right before choosing any equipment.
- Load
- Locate
- Laser Process
- Verify
- Connect
Written for manufacturing and automation engineers, plant managers, project leaders and integrators. No prior laser automation experience required.
Management Summary
Five decisions that determine success
Laser automation projects rarely succeed or fail because of the laser. They succeed or struggle on a few decisions made before equipment is chosen.
Define the result, not the machine
Agree on the problem, a measured baseline and a target first.
Find out what varies
Variation, not the perfect part, drives your automation needs.
Prove the process on real parts
Define "good" and test worst-case parts. Feasibility is not production rate.
Right-size the solution
Use the least automation that meets requirements, and plan for growth.
Plan for exceptions and ownership
Decide what happens when things go wrong, and who owns each interface.
Inside the Guide
Fourteen chapters, organized around how projects really run
- 01Start with the manufacturing objective
- 02Map the complete production flow
- 03Understand parts, materials and variation
- 04Prove the laser process
- 05Calculate real production requirements
- 06Standard, modified standard or custom?
- 07Select the level of automation
- 08Control it, find it, move it, connect it
- 09Design for exceptions and recovery
- 10Safety, quality, reliability and support
- 11Marking, cleaning, cutting and welding pathways
- 12Investment case and project economics
- 13Automation Ready and future expansion
- 14Project definition and implementation roadmap
Core Framework
Four functions define every automated laser process
Control It
Recipes, parameters and changeover so every part gets the right process.
Find It
Fixtures, sensors and vision that locate parts and absorb variation.
Move It
Loading, indexing, robots and conveyors that present and remove parts.
Connect It
PLC handshakes and MES/ERP links so data follows the part.
Right-Sizing
Choose the least complexity that does the job
Every added level of automation adds output and consistency, but also cost, engineering and maintenance. The guide helps you find the right level, with a clear path to the next one.
Manual
Low volume, high variety, or an evolving process.
Operator-Assisted
Fixtures, recipe selection and barcode job loading.
Semi-Automated
Automated indexing with in-process verification.
Fully Automated
Robot or feeder handling, vision and auto-reject.
Line-Integrated
Runs at line rate with part-level data to MES/ERP.
Application Pathways
Guidance specific to your process
Laser Marking
Serials, 2D codes and UDI with verified readability and full traceability.
Laser Cleaning
Remove rust, oxide, paint and residues without media or chemicals.
Laser Cutting
Feed, nesting, separation and scrap removal often set real output.
Laser Welding
Repeatability is set by joint design, fit-up and fixturing before the beam fires.
What You'll Walk Away With
A project brief you can share with any supplier
Five fillable planning worksheets turn the chapters into the documents your team and suppliers need.
- A short, measurable requirements statement
- A variation matrix and engineering unknowns log
- A cycle-time breakdown and exception plan
- A one-page project brief for internal review or suppliers
Free Download
Get the Practical Guide to Laser Automation
Tell us where to send it and you'll get instant access to the guide and planning worksheets.