Fiber Laser Marking Machine

This fibre laser system is made for factories that use strong, thick packaging materials. It works really well on fast production lines, giving quick, precise, and reliable marking results. It’s very accurate and long-lasting, making it perfect for tough jobs where older marking methods don’t work well. It’s great for heavy-duty marking needs.

Product Information Overview

Precision Fiber Laser Marking for High-Quality Metal Surfaces

This picture shows how a fibre laser marks metal. It makes clear, sharp, and lasting marks with great accuracy. The laser has a fine beam and works very fast. It’s great for marking things like stainless steel, aluminium, and brass with serial numbers, QR codes, and logos. The marks are strong and easy to see, perfect for cars, electronics, tools, and medical devices that need clear and tough labels.

PRODUCT OVERVIEW

A CO₂ laser coding machine uses carbon dioxide gas to work. The gas is kept inside a closed glass or metal tube, where electric plates send power. When the machine starts, the electricity goes through the gas, making it active and turning it into plasma. This gives energy to the CO₂ gas, pushing its molecules to a higher energy state so the laser can work.

At the centre of the fibre laser is a thin fibre that carries light, wrapped by layers around it. The middle part has a special material called Ytterbium (Yb), which helps make the laser work. When power is added, the Ytterbium gets excited and makes the light stronger as it moves through.

The fibre usually has three parts: the core, an inner layer, and an outer layer. Light is sent into the core and inner layer to excite the Ytterbium atoms. As the laser moves ahead in the core, the excited atoms keep making it stronger. Unlike old-style lasers that bounce light around, fibre lasers guide light one way through the fibre, giving a steady, powerful beam that’s great for careful marking and cutting jobs.

Product Advantages

Simple to operate

High-power fibre lasers are great for marking strong, often-used items like engine parts, ball bearings, brake parts, long shapes, and cables. These lasers make clear, dark marks that stay for a long time, helping ensure that codes and labels stay easy to read for as long as the product is used.

The laser source is made to last a long time. It provides intense and steady performance, with an average life of up to 100,000 hours before it stops working.

The air-cooled laser needs almost no upkeep and has no wearing parts, so it reduces downtime and keeps things working without trouble.

It has a normal 100×100 mm marking space with clear and accurate marks, helping to speed up work and make production more efficient.

Made with a standard IP54 rating, it works well and stays reliable even in rough places with dust and moisture in the air.

It gives different working distance choices and supports a 0 to 360-degree printhead setup, making it easy to fit into many types of production lines.

Laser engraving result.

The kind of material, laser light type, and laser method all help decide how good the final mark will be. Here are some typical results you can get with fibre laser marking.

Heating different kinds of plastic to make raised or lowered surface textures.

When the laser hits the material, it causes a chemical change that changes the surface color.

Making marks on surfaces like metal parts and cans.

Scraping off the top layer to see the color below.

Carefully burning materials like wood, cardboard, cables, and pipes to make lasting marks.

Product Applications

CO₂ lasers are gas-powered systems that use carbon dioxide to make clear, steady, and high-quality marks on many materials, such as cardboard, glass, coated metal, paper labels, PET, acrylic, and other plastics. Known for their flexibility and precision, these lasers create lasting, high-contrast marks without touching the surface, keeping even delicate materials safe.

They work very fast, helping factories increase productivity, and need little maintenance for long-term use. CO₂ lasers are also eco-friendly, as they don’t use inks or chemicals and create little waste. With adjustable settings and easy setup, they can fit different materials and production lines, making them an excellent choice for businesses needing quick, low-cost, and environmentally friendly marking solutions.

List of Items

Each fibre laser printer comes with all the basic parts, including: The laser unit, control box, encoder, sensor, touchscreen, adjustable brackets, wiring, and user guides. You can also add custom accessories to fit different needs based on what the customer requires.

All the needed connection cables and clear instruction guides are included to help with setup and daily use. For special needs, you can add optional parts like protective covers, rotary tools for marking round shapes, longer lenses, dust-proof covers, and better cooling systems. These extra options make the fibre laser system flexible for many industries and marking tasks.

Technical Specifications

Laser Details
Laser Type	fiber lasers
Maximum Output Power	20W / 30W / 50W
Laser Wavelength	1064nm
Laser Tube Lifetime (Average)	100,000 hours
Laser Class	Class 4 (Compliant with IEC60825-1)
Performance
Maximum Linear Speed	20 m/s
Marking Speed	Up to 30 characters/sec
Coding Angle	Downward (90°) or Flat (0°)
Marking Area	70x70, 110x110, 145x145, 175x175 mm (elliptical)
Marking Heads & Lenses
Vibrometer Options	8mm, 10mm
Spot Size	60μm
Marking Distance	110–275mm (Customizable)
Interface
Operator Interface	Built-in 10" Touchscreen (Windows 10)
Communication Interfaces	Ethernet (RJ45), RS232, RS485, USB, SD Card
Operating Environment
Rated Voltage	200 – 240V, 50/60Hz
Total Power Consumption	≤ 500W
Ingress Protection	IP54 (standard), IP65 (optional)
Operating Temperature	5 – 45°C
Humidity Range	Max. 70% (non-condensing)
Cooling Method	Air cooling
Product Weight
Optical Path Weight	3.75 kg
Power Supply Weight	18.1 kg

Why Choose Our Laser Marking Solutions?

1. What is a fiber laser marking machine?

A fiber laser marking machine is a high-performance device that uses a fiber-optic laser to etch or engrave permanent marks on various materials like metal, plastic, and ceramics. It’s ideal for barcodes, serial numbers, logos, and text.

2. What materials can fiber lasers mark?

Fiber lasers can mark many materials, such as stainless steel, aluminium, brass, copper, gold, silver, titanium, plastics (such as ABS and PVC), and even coated or coloured metals.

3. Is the mark permanent?

Yes, fiber laser marks last forever. They can resist water, oil, scratches, and heat, which makes them great for tough factory and industrial jobs.

4. How long does the laser last?

Fiber lasers can work for about 100,000 hours. They last a long time, don’t need much care, and are very dependable.

5. Do fiber laser machines require any maintenance?

Very little. Fiber lasers use air cooling and have no parts to replace or tubes to break, so they need almost no upkeep.

6. Can fiber lasers work on curved or uneven surfaces?

Yes, with the right lens and focus, fiber lasers can mark curved or tilted surfaces, but very tricky shapes may need special tools.

7. How fast can a fiber laser mark?

Depending on the material and design, fiber lasers can mark up to 30 characters each second, which is excellent for fast production lines.

8. Is it safe to operate a fiber laser machine?

Fiber lasers are Class 4, which means they require safety steps like wearing goggles and using a closed system.