Industrial Laser Sources

Markolaser Laser Marking, Engraving, Cutting & other Industrial Lasers Solutions

Which Laser Source Is

Right for Your Application?

Fiber Laser

A fiber laser utilizes an optical fiber doped with rare-earth elements to produce a high-intensity beam. It is ideal for high-speed marking, cutting, and welding on various metals and engineering plastics. We at Markolaser offer short pulsed lasers like picoseconds and femtoseconds for micro-machining applications

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CO₂

CO₂ Laser

Driven by a carbon dioxide gas mixture, this laser produces an infrared beam optimized for non-metallic materials like wood, glass, acrylic, and leather. Markolaser offer best CO₂ Laser for wood, glass, leather etc.

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Green Laser

Operating at a 532nm wavelength in the visible green spectrum, Markolaser’s Green Laser source offers low heat generation, making it perfect for highly reflective metals and sensitive components.

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UV Laser

Ultraviolet (UV) lasers operate in the invisible spectrum between 150nm and 400nm. Classified into solid-state Q-switched, gas, and metal vapor types, Markolaser’s UV lasers provide "cold processing" for ultra-fine marking on delicate materials without thermal damage.

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Laser Integration Process

How Do You Apply the 3 W's to Your Laser Integration Process?

Follow these three simple steps to integrate the right laser solution into your production process.

What to Execute

The artwork or dataset must be in a format compatible with Markomark software (such as .ai, .dxf, or structured text/image datasets). The system seamlessly handles variable data inputs from one instance to the next to match your production requirements.

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Where to Execute

The target surface or object can be flat, cylindrical, or custom-shaped, but it must be predefined so the automated line can process it. When handling multiple surface types or objects, an identification method such as a QR code or barcode is used to distinguish them. The object is then positioned for processing, typically via a pick-and-place system or a conveyor line.

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When to Execute

Again, there is only one exception to the 3W rule, and that's the material. A piece of metal will respond best to a 1060" nm" fiber laser, whereas wood and fabric materials should be processed with a 10.6"-micron" CO₂ laser. Glass can be processed with a 532" nm" green laser, and most plastics should be marked with 355" nm" UV lasers.

Frequently Asked Questions?

1 How do different materials respond to Markolaser's laser sources?

Ans: Choosing the correct laser source depends entirely on the material you are processing:
Metals: Respond best to a fiber laser.
Wood, Leather, & Fabrics: Process cleanly with a CO2 Laser.
Glass & Crystals: Achieve fine micro-fracturing or texturing with a green laser.
Plastics & Polymers: Attain clean color shifts or cold engraving via UV lasers.

2 Can I do sampling with Markolaser's laser sources before purchasing?

Ans: Yes. Markolaser has all core laser variants (Fiber & CO2 Lasers) available at our application center, allowing prospective clients to send in specific substrate samples to verify marking results.

3 What is the difference between Markolaser's "hot" laser processing and "cold" laser processing?

Ans: The primary difference lies in the thermal impact on the material:
1. Hot Processing (Fiber & CO2 Lasers): Uses localized heat energy to melt, etch, or ablate the material surface.
2. Cold Processing (UV Lasers): Uses high-energy UV photons to break chemical bonds directly (photodecomposition) without generating significant heat. This prevents thermal distortion, scorching, or micro-cracking in delicate materials.

Not Sure Which Laser Source Fits Your Application?

Talk to our laser automation experts today. We’ll help you analyze your material requirements and select the perfect laser source for your production line.

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