Traceability Marking
For QR codes, serial numbers, UDI, nameplates and durable product identification.
MetalPlasticGlass & CeramicBiomedical MaterialsFilms & Labels
Material Applications
Material Library
Choose a material to view laser application scenarios
Different materials respond differently to laser wavelength, power, pulse width and fixture strategy. Use this page as an entry point to compare typical marking, cutting, engraving, welding and micro-processing applications.
Metal Permanent marking, cutting, welding, surface treatment and micro-hole processing for industrial metal parts.
MarkingEngravingCuttingCleaning
Plastic High-contrast marking, clean cutting, selective welding and micro features for polymer parts.
MarkingEngravingCuttingDrilling
Wood CO2 laser cutting, engraving, inlay and prototype production for wood and wood-based panels.
MarkingEngravingCutting
Textile & Leather Non-contact cutting, engraving, perforation and edge sealing for flexible materials.
MarkingEngravingCutting
Glass & Ceramic Permanent marking and precision engraving for hard, brittle and heat-resistant materials.
MarkingEngravingCutting
Composite Materials Cutting, marking, trimming and surface preparation for lightweight engineered materials.
MarkingEngravingCutting
Films & Labels Laser marking, kiss cutting and variable-data coding for thin films, foils and labels.
MarkingEngravingCutting
Biomedical Materials UDI marking, micro-processing and clean laser workflows for medical-grade materials.
MarkingEngravingCutting
Process Guide
Start from the target process, then narrow down the material route
Laser equipment selection should not start with the machine model alone. Material, mark effect, edge quality, depth, throughput and automation method all affect the final configuration.
Cutting and Engraving
For contour cutting, decorative engraving, panels, flexible materials and rapid samples.
MetalWoodTextile & LeatherPlasticComposite Materials
Welding and Joining
For metal welding, plastic welding and automated assembly cells.
MetalPlastic
Micro Features
For fine holes, thin films, medical parts, ceramic features and precision structures.
Biomedical MaterialsGlass & CeramicPlasticFilms & Labels
Selection Method
A material page is only the start; samples and process windows decide the final plan
We evaluate material response, processing quality and production rhythm before recommending laser source, optics, fixtures and automation integration.
Sample Information
Collect material type, thickness, color, surface treatment, size and required effect.
Process Window
Test wavelength, power, speed, focus, pulse strategy and inspection criteria.
Line Integration
Define fixture, feeding, vision positioning, code reading and data upload methods.
Not sure which material route fits your product?
Send your material, workpiece drawing, target effect and production rhythm. We can help evaluate the right laser process and integration approach.