Fiber Laser Marking Machine Manufacturer

Fiber Laser Marking Machine

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The fiber laser marking system is designed for engraving and creating permanent marks on both metal and non-metal materials. It features an integrated, compact structure that eliminates optical pollution and offers high conversion efficiency through photoelectric mode. This laser processing equipment includes an adjustable galvanometer scanning head capable of projecting fiber laser power ranging from 20 to 100 watts. Utilizing a solid-state 1064nm fiber laser, it operates with minimal maintenance and zero consumables. It quickly and permanently marks most metals and industrial polymers, making it an ideal choice for various industrial applications.

Marking speed: up to 7000mm/s

Marking depth: ≤1.0mm/≤1.2mm/≤1.5mm/≤2.0mm (mold steel)

Standard marking scope: 180*180mm

Optional marking scope: 100*100mm, 150*150mm, 220*220mm, 300*300mm

Applications

Ideal for marking metal materials and certain non-metal materials, especially in areas requiring high precision and smoothness
Widely used for marking electronic components, integrated circuits (ICs), electrical circuits, mobile communication devices, kitchen utensils, tool accessories, and precision instruments
Applied to marking glasses, watches, computer keyboards, jewelry, automotive parts, plastic buttons, plumbing fittings, sanitary ware, PVC pipes, medical instruments, and packaging containers
Suitable for marking electronic and communication products, aerospace components, industrial barcodes, QR codes, various automotive parts, wires and cables, food packaging, jewelry, and tobacco products

Features

Our fiber laser markers utilize high quality fiber lasers from Germany and the UK. They offer exceptional beam quality, with a focused spot size of less than 20 micrometers and a divergence angle one-fourth that of traditional diode-pumped lasers. This makes them ideal for precision and fine marking, as well as high-density deep engraving
With an electro-optical conversion efficiency of up to 30%, these laser marking systems consume less than 500W of power. This is only a tenth of the energy required by lamp-pumped solid-state laser markers, significantly reducing energy costs
The fiber laser markers are designed to be maintenance-free, with no need for adjustments or lens cleaning
Using laser diodes as the pump source, our fiber laser markers have an average operational lifetime of up to 100,000 hours, ensuring long-term reliability
These laser marking devices can process materials more than three times faster than traditional laser marking machines, boosting productivity and efficiency

Specifications

Model	CC-20W	CC-30W	CC-50W	CC-100W
Laser power	20W	30W	50W	100W
Laser wavelength	1064nm
Q-switch frequency	1-1000kHz
Standard marking scope	180*180mm
Optional marking scope	100100mm, 150150mm, 220220mm, 300300mm
Min. line width	0.03mm
Min. character size	English: 0.15*0.15mm
Repeat accuracy	±0.005mm
Marking speed	≤7000mm/s
Marking depth	≤1.0mm (mold steel)	≤1.2mm (mold steel)	≤1.5mm (mold steel)	≤2.0mm (mold steel)
Power supply	AC220V±10%, 50Hz, 5Amp
Total power	≤0.6kW		≤0.8kW
Cooling method	Air cooling
Working conditions	Temperature: 1-35℃ Humidity: 5%-80% (non-condensing)

Configurations

Adjustable Z-Axis

Made of high-quality aluminum alloy, the adjustable Z-axis ensures precise positioning and easy adjustment for stable and accurate operations.

Working Table

Equipped with positioning holes for quick and versatile adjustments, our work platform allows for multi-angle marking, enhancing work efficiency and flexibility.

Field Lens

The field lenses used in our laser machines focus parallel laser beams into a single point, ensuring uniform lighting and durability, even in harsh environments.

Scale Ruler

The high-performance scale ruler ensures precise and detailed marking. It allows for accurate positioning, resulting in cleaner and more accurate marks, making it essential for industries requiring precision.

Galvanometer Scanner

Equipped with a high-speed digital galvanometer scanner, the laser marking system offers fast marking speeds and high light efficiency. It ensures long-term reliable performance with minimal maintenance requirements, making it ideal for high-demand industrial applications.

Advantages

Minimal maintenance
Our fiber laser marking systems are designed without optical lenses in the resonant cavity, significantly reducing maintenance needs. This results in considerable time and cost savings for your business

Consumable-free operation
These laser processing systems require no consumables, making them a more cost-effective, energy-efficient, and eco-friendly option for your marking needs

Precision marking
Fiber laser markers deliver precise, high-efficiency direct marking on metals, ensuring clean, clear, and permanent results every time

Superior performance
Thanks to advanced beam technology, our fiber laser markers outperform other high-power systems, providing faster and more efficient metal marking

Robust durability
Built to withstand challenging environments, these laser engravers are highly durable and can endure dust, impacts, and vibrations, making them suitable for non-climate-controlled settings

FAQs

What are the safety precautions for using a fiber laser marking machine?

Exposure of the eyes to laser radiation or diffuse reflections can cause blindness. Avoid exposing skin to laser radiation or diffuse reflections. During operation, be careful not to insert your hands or other body parts into the marking area, as this may cause skin damage such as burns.

What materials can be marked with a fiber laser marking machine?

Fiber laser markers can engrave most metals, but they are not limited to just metal marking. These machines can also mark plastics, ceramics (such as marble), glass, and silicon. Additionally, they are capable of marking precious materials, including rubies, sapphires, and even valuable diamonds.

Will the fiber laser marking machine damage the materials?

Fiber laser marking uses rare elements found in nature to produce a light beam that leaves a permanent mark on materials. This is a non-contact process, and any waste material is vaporized at high temperatures, ensuring that the product is not damaged.