Fiber Laser Marking
Commonly used for metal parts and selected engineering plastics. Suitable for serial numbers, logos, QR codes and permanent identification marks.
Consider for: stainless steel, aluminum and many industrial components.
INDUSTRIAL LASER CODING
Laser Marking Machines
Explore industrial laser marking and coding machines for product identification, batch information and traceability. Compare fiber, CO2 and UV laser solutions based on your material and production requirements.
Explore Laser Marking Solutions
Explore Laser Marking Machines
8 products
ZONESUN ZS-LM03 20W Fiber Laser Marking Machine for Metal, Date & QR Code Coder for Packaging Line
Regular price
$2,780.00 USD
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$0.00 USD
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$2,780.00 USD
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Zonesun ZS-JGDB3 Portable Laser Marking Machine for Industrial Coding
Regular price
$1,299.00 USD
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$0.00 USD
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$1,299.00 USD
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Zonesun ZS‑LMR1 Roll to Roll Label Rewinder with Laser Coding System
Regular price
From $5,749.00 USD
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$0.00 USD
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From $5,749.00 USD
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ZONESUN ZS-JG20C Portable Handheld Raycus Fiber Laser Marking and Engraving Machine
Regular price
$2,199.00 USD
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$2,199.00 USD
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ZONESUN ZS-LMC1 Automatic CO₂ Laser Date Code and Barcode Printer
Regular price
From $3,279.00 USD
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From $3,279.00 USD
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ZONESUN ZS-FAL180G2 Automatic Edible Oil Bottle Filling, Capping & Shrink Labeling Production Line
Regular price
$29,549.00 USD
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$0.00 USD
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$29,549.00 USD
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Zonesun ZS‑UVC1 UV Laser Coder—Precise & Eco‑Friendly Marking
Regular price
$4,499.00 USD
Regular price
$5,000.00 USD
Sale price
$4,499.00 USD
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Sale
ZONESUN ZS-LM1 CO₂ Laser Coding Machine for Multiple Materials
Regular price
$4,299.00 USD
Regular price
Sale price
$4,299.00 USD
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LASER TECHNOLOGIES
Compare Laser Marking Technologies
Achieve permanent, counterfeit-proof, and high-precision traceability with zero consumables. Optimize your production line with advanced laser marking technology engineered perfectly for your materials and cycle times.
CO₂ Laser Coding
Often selected for marking or coding non-metallic materials. The correct configuration depends on the substrate, coating and required marking contrast.
Consider for: paper, cardboard, wood and selected packaging materials.
UV Laser Marking
Designed for applications requiring fine detail or reduced thermal impact. Material testing is recommended before choosing a system for production.
Consider for: selected plastics, electronic components and delicate surfaces.
Portable Laser Markers
Portable or handheld configurations can help mark large, heavy or difficult-to-move workpieces. Confirm the machine configuration and safety requirements for your application.
Consider for: large components, maintenance work and on-site marking.
BUYING GUIDE
How to Choose a Laser Marking Machine
Define your application requirements first, then compare the laser source, marking area and production setup.
Identify the Material
Specify the exact material, surface finish, coating and product dimensions. Similar-looking materials can respond differently to laser marking.
Define the Marking Content
List the required content, such as text, logos, serial numbers, batch codes, barcodes or QR codes, along with the target mark size.
Choose the Laser Source
Compare fiber, CO₂ and UV options according to material compatibility, contrast, detail and the result of sample testing.
Confirm the Marking Area
Match the marking field to the largest workpiece and the required marking position. Larger areas may affect configuration and marking performance.
Estimate Production Needs
Consider daily output, marking cycle, loading method, fixture design and whether the machine must integrate with a conveyor or production line.
Review Safety and Integration
Confirm enclosure requirements, extraction, operator protection, software workflow and the machine's compatibility with your production environment.
APPLICATIONS
Laser Marking for Different Products
Select equipment according to your product material, marking requirements and manufacturing process.
Metal Components
Mark product IDs, serial numbers, logos and traceability codes on compatible metal parts and tools.
Packaging and Labels
Evaluate laser coding for selected packaging surfaces where permanent batch information or product identification is required.
Electronics and Precision Parts
Assess fine marking requirements, component size and material sensitivity when choosing a suitable laser configuration.
FAQ
Laser Marking Machine FAQs
What is the difference between fiber, CO₂ and UV lasers?
They use different laser wavelengths and suit different materials and marking requirements. The best option depends on the substrate and should be confirmed through application testing.
Can one laser marking machine mark every material?
No. Material composition, surface treatment, color and finish affect the result. Share the exact material and a sample-marking requirement before selecting a machine.
Can laser marking machines print QR codes and serial numbers?
Many configurations support text, serial numbers, logos and machine-readable codes. Confirm the software, code format, size and contrast required for your application.
How do I choose the marking area?
Consider the dimensions of the workpiece, the marking position and the size of the content. The marking field should cover the required area without compromising the desired result.
Can the machine be integrated into a production line?
Some configurations can be adapted for production-line use. Confirm conveyor speed, trigger signals, mounting, software communication and safety requirements with the supplier.
NEED HELP SELECTING A MACHINE?
Find the Right Laser Marking Solution
Share your material, marking content and production requirements to discuss a suitable machine configuration.