Fiber vs. MOPA vs. CO2 vs. UV
Compare the technologies by material response, heat input, mark style, and typical production use.
Resources
Laser marking guides and selection resources
Use these resources to turn a general machine search into a practical specification. Start with the mark you need, compare the source technologies and collect the part information required for a configuration discussion.
Information for a useful quotation
Prepare material, mark content, field size, output, handling, utilities, and safety requirements.
Open, enclosed, handheld, or in-line?
Match the machine form to part size, loading, operator workflow, and automation needs.
Material and source selection
Compare the material, laser source and power before choosing a model.
Use these guides to narrow the configuration, then discuss your actual part and marking target.
Fiber laser marking for metal
Review material, surface finish, mark type and part handling before specifying a metal-marking system.
Fiber vs. MOPA laser
Compare pulse control and application requirements, then identify the sample checks needed for your material.
20W vs. 30W vs. 50W
Compare power options alongside marking depth, field size and cycle-time requirements.
Stainless-steel marking
Define contrast, surface finish and durability requirements before selecting the laser and sample settings.
Lens and marking field
Compare 110×110 to 300×300 mm marking fields, then check artwork detail, working distance and fixture clearance.
Black marks on stainless steel
Compare conventional fiber and MOPA sources using the same material, finish, appearance target and sample acceptance criteria.
Explore the FY-LMM02 desktop workstation · Request a configuration review
Model documents
Download guides and configuration sheets.
Find a document for every platform in the catalog: eight laser marking models and four fiber laser cutting formats.
Selection & application guides
Six-step English guides covering selection, preparation and routine application checks. The handheld guide is specifically for FY-LMM05-1.
Printable specifications
Configuration sheets for desktop, gantry, semi-enclosed and fully enclosed cutting machines.
Before sample testing
Define what “good” means.
A clear acceptance target makes sample comparisons more useful and prevents a visually attractive result from hiding a slow or unstable process.
- Required contrast, depth, color, or texture
- Maximum cycle time per mark
- Code readability and verification standard
- Allowed heat effect or material change
- Viewing conditions and durability requirement
Frequently asked questions
Short answers before you request a laser quotation.
Which laser source should I choose?
Choose from the actual material, surface finish, required mark, heat limit, cycle time, and production workflow. Sample testing is recommended when appearance or process window is critical.
What information is needed for a useful quotation?
Provide the material and finish, mark artwork or code, part and field dimensions, required output, loading method, utilities, safety needs, and destination country.
Why is wattage alone not enough?
Wavelength, pulse behavior, lens, field size, material response, and cycle time all affect the result. Higher wattage does not automatically create the best mark.
Need a recommendation for a real part?
Use the application form to provide the details that determine the laser and machine configuration.
Logo, Serial Number and Code Engraving Guide
Plan the material, artwork, readability target, lens, fixture and validation method before choosing a laser marking system.