Industrial Laser Coding Machines
High-speed industrial laser coding and marking systems.
Create permanent, high-quality product codes with Linx industrial laser coding machines. Designed for industrial coding applications, our CO₂, fibre and UV laser coders mark dates, batch numbers, serial numbers, barcodes, QR codes, DataMatrix codes and logos on compatible packaging and product materials.
From beverage bottles and cartons to flexible films, plastics and metal components, Linx laser coding systems help manufacturers apply clear, permanent product identification and traceability codes without ink or ribbon consumables.
- Permanent, high-quality marks
- No ink or ribbon consumables
- CO₂, fibre and UV laser technologies
- Designed for production-line integration
What is Laser Coding?
Laser coding is a way of printing information onto a product using a laser light beam instead of ink. The laser changes the surface, so the code becomes permanent, clear, and durable. Because nothing touches the product and there’s no ink to replace, laser marking is clean, reliable, and great for fast-moving production lines.
- High precision & repeatability
- No consumables (no ink/solvent)
- Best for challenging materials
What Can Industrial Laser Coding Machines Mark?
Dates and Batch Numbers
Mark production dates, expiry dates, batch numbers and lot codes for clear product identification.
Barcodes and QR Codes
Create scannable 1D barcodes, QR codes and DataMatrix codes to support product identification and traceability.
Serial Numbers
Apply unique serial numbers and identification codes to individual products and components.
Logos and Branding
Reproduce company logos, brand marks, symbols and other graphic elements on compatible materials.
Product Information
Mark product descriptions, text, codes and variable information directly onto compatible products and packaging.
Traceability Codes
Apply permanent identification marks to help manufacturers support product tracking and supply chain traceability.
Laser Coding Across Different Materials
Glass
Apply permanent product identification, dates and batch codes to compatible glass bottles and containers, including beverage packaging.
Plastics
Mark compatible plastic bottles, containers and components with product details, batch information and identification codes.
Flexible Films
Add product codes, dates and batch numbers to compatible flexible packaging films used in food and consumer goods.
Metals
Create durable identification marks, serial numbers and traceability codes on compatible metal components and parts.
Explore Linx Industrial Laser Coding Machines
Linx CSL10
Explore a 10W CO₂ laser coding solution for permanent product identification on suitable packaging materials.
Explore CSL10
Linx CSL30
Discover a 30W CO₂ laser coding option for industrial applications requiring permanent product marking.
Explore CSL30
Linx CSL60
Consider a higher-power CO₂ laser coding configuration for suitable industrial marking applications.
Explore CSL60
Linx FSL20
Explore fibre laser coding for suitable materials where permanent, precise product marking is required.
Explore FSL20
Linx FSL50
Assess a 50W fibre laser configuration for your material, marking requirements and production needs.
Explore FSL50
Linx UVG5
Discover UV laser marking for applications requiring precise and permanent codes on suitable materials.
Explore UVG5Find the Right Laser Coding Solution
Not sure which industrial laser marking machine is right for your application? Discuss your material, code and production-line requirements with our team.
Industrial Laser Printers Applications
Why Choose Linx Laser Coder Machines?
Permanent Marking
Create clear, durable codes designed to remain legible throughout the product lifecycle.
No Ink Consumables
Laser coding marks products without the need for ink or ribbon consumables.
Choice of Technologies
Choose from CO₂, fibre and UV laser technologies to suit different materials and applications.
Production Integration
Integrate laser coding systems into production lines to support efficient product identification.
GS1 and 2D Code Traceability
Manufacturers increasingly need to apply machine-readable information to support product identification and traceability.
Depending on the laser model and application, Linx laser coding systems can mark QR codes, DataMatrix codes and other supported coding formats on compatible substrates.
Code quality depends on factors such as the substrate, code dimensions, contrast, marking speed and verification requirements. Where GS1-compliant 2D coding is required, the complete application should be assessed to ensure the selected configuration meets the relevant requirements.
Request a Laser Marking Sample
Tell us about your product and coding requirements. Linx can help you evaluate suitable laser marking options for your application.
Frequently Asked Questions About Industrial Laser Marking Machines
An industrial laser marking machine uses a laser to create identification marks on a compatible product or packaging surface. Depending on the technology and substrate, these marks can include dates, batch numbers, serial numbers, text, logos, barcodes, QR codes and DataMatrix codes.
CO₂ lasers are commonly evaluated for packaging and other compatible non-metal materials. Fibre lasers are often used for metal, selected plastics and industrial components. UV lasers can be suitable for delicate or heat-sensitive substrates, including selected films and plastics. The correct choice depends on the actual material, required code and production conditions.
The best machine depends on the packaging material, code requirements, production speed and installation environment. CO₂ lasers may suit cartons, labels, glass and selected plastics, while UV lasers may be worth evaluating for certain flexible films and sensitive substrates. Linx can help assess the application through material testing.
Compatible laser coding systems can mark QR codes and DataMatrix codes, subject to the selected model and application. Code dimensions, contrast, substrate and production speed affect readability. The completed application should be validated against the required code-quality standards.
Linx laser systems offer different configurations and accessories for production-line integration. Suitability depends on line layout, product movement, marking position, working distance, triggering, controls and safety requirements.
Start with the material, required code, production speed, marking position and installation environment. Consider safety, guarding and extraction requirements as part of the overall solution. Discuss your application with Linx and request a sample test before finalising the configuration.
Find the Right Laser Coding Solution
Talk to our team about your product, packaging and coding requirements.