What a Fiber Laser Marking Machine Can Do For You

What is Fiber Laser Marking?

Industrial Applications of Fiber Laser Marking Machine

Here’s where fiber lasers are making an impact:

• ✅ Seat belts – Marked with serial numbers, barcodes, and country of origin.

• ✅ Dashboard buttons – Need to be visible in daylight and glow at night. That’s where day-night laser marking comes in.

• ✅ Spark plugs & ceramic parts – Precision marking without damaging delicate materials.

• ✅ Engine blocks, sensors, VIN numbers, and even motorcycle parts – Durable, high-contrast markings that last.

One of the biggest challenges in the auto world is traceability—parts must be trackable and machine-readable. That’s why more manufacturers are switching to fiber lasers:
Fast, permanent, and perfect for modern production lines.

Integrated Circuit Industry

Integrated circuit elements are the most important units used to build circuits and systems. The Fiber Laser marking machine can be used to make markings on Integrated Circuits boards and semiconductor components, including text and graphics.

No mechanical pressure is generated due to the non-contact processing mechanism. The laser beam is extremely thin hence can be integrated on small components including capacitors and crystal oscillators.

Electronics Industry

In such a fast-evolving industry, it is crucial that efficiency is prioritized and the need to match the ever-increasing demand. This demand also expects quality and safety too. TVs, Laptops and smartphones are all made up of tiny and small substances.

Fiber Laser marking is the most efficient for marking in this industry because of its ability to work with minute elements without damaging the surrounding material.

Why Fiber Laser Marking Is a Must in the Medical Industry

In healthcare, precision isn’t optional—it’s mandatory. Every scalpel, implant, or surgical tool must be marked exactly right—in the correct size, position, and format. And that mark? It needs to survive acid washes, high heat, corrosion, and repeated sterilization.

That’s why fiber laser marking has become the go-to solution in the medical field. It’s clean, permanent, and ultra-reliable.

Here’s how it’s being used:

• 🏥 Medical tools & devices – Markings stay sharp even after endless sterilizations.

• 🦾 Prosthetics – Labeled with traceable codes or serials for compliance and safety.

• 🧪 Biofluid containers – Each one traceable for proper handling and identification.

• 🔍 Traceability – From the OR to inventory, hospitals need to know exactly where each device is and that it’s the right one.

Bottom line? In a field where every second and every detail counts, fiber laser marking delivers speed, safety, and zero compromise on quality.

Jewelry and Accessories Industry

Fiber Laser machines can be used on precious stones such as gold and silver to make markings. The reasons for making inscriptions on precious stone could be the following;

Fiber laser marking machines have work extremely well on a wide range of materials provided they are hard, brittle, and dark.

This means that most metals, as well as some non-metallic materials such as some plastics, can be hit by the fiber laser to produce high contrast marks.

For some materials such as plastics, Both CO₂ laser marking machine and fiber laser marking machine can be used.

However, the effect is always different, and the price of the different systems can also be a consideration.

The following a list of materials that can be marked using fiber laser;

Marking Metals with Fiber Laser: Fast, Clean, Reliable

Fiber lasers are a top choice when it comes to engraving metals—across industries like jewelry, automotive, aerospace, and more.

Here’s how they handle different metals:

• Steel – One of the most marked metals out there. Fiber lasers make it easy to engrave serial numbers, barcodes, and part IDs—fast, accurate, and built to last.

• Aluminum – Delivers sharp, high-contrast marks in seconds. Perfect for logos, codes, and compliance markings.

• Copper – A challenge due to its reflective surface, but fiber lasers with high peak power get the job done cleanly.

• Other metals – Gold, silver, platinum, iron—fiber lasers can mark them all with precision and no damage.

Whether you’re engraving for traceability or aesthetics, fiber lasers offer a powerful, efficient, and cost-effective solution across all metal types.

Marking Plastics with Fiber Laser: Clean, Clear, and Reliable

Plastics are everywhere—from cars and electronics to food packaging and medical devices. And fiber lasers are a smart choice when it comes to marking them.

Why? Because they deliver smooth, high-contrast marks without damaging the surface.

Black Marking on Aluminum

Anodized aluminum can be marked quickly and well with a laser. The anodized layer is extracted to produce a white marking.

These white marking in natural anodized aluminum are however not clearly visible. Black markings are therefore of significantly higher quality.

In this case, a MOPA laser is used in natural anodized aluminum to very nicely laser mark different tones of grey up to a rich black.

A MOPA (Master Oscillator Power Amplifier) laser is one that consists of a master laser, also referred to as seed laser, and a laser amplifier, put together to boost the output power.

An application of this process is marking high end smartphones, tablets and laptops, among others.The most famous application is Iphone,Ipad case black marking.

Color Marking On Metal

Metals such as stainless steel, titanium, chrome plate and transition metals are known to be good materials for color marking. But not all metals can be color marked, the marking color depends on material.

Factors such as material grade, material thickness and surface finishes can have an impact on the marking process.

Polished surfaces are more consistent in terms of color whereas brushed surfaces are more difficult to color-mark.

The MOPA laser is more suitable mark colors but it can only can control colors on stainless steel and not any other material.

Black Marking on Metal

Fiber Lasers can be used to make black anneal marks on metals such as stainless steel.

An anneal mark is created by intensifying the oxide layer on the surface. This oxide layer is created on ferrous metals, such as iron, steel and high-grade steel, and titanium through localized heating.

Generally, the oxide layer is black.

Online Fly Marking

This is also commonly referred to as Marking-on-the-Fly. This is a technique whereby pieces are marked as they move on the production line.

It enables marking of the product while it moves, which is important in continuous manufacturing processes where a stop or delay of any kind on the manufacturing plants would be uneconomical.

This means that the process must be made possible for marking and engraving without stopping the conveyor.

In this technique, speed is continuously calculated and the marking is adapted in real time.  Marking begins as soon as the product approaches the light barrier.

Portable Fiber Laser Marking Machine

The Portable Fiber Laser Marking Machine is a compact structure with no pollution and no optical power coupling loss.

It has high efficiency and stability. Its commands a life of more than 100,000 hours with minimum maintenance and no consumables.

Portable Fiber Laser Marking Machines are most suitable for customers who need to mark big products or parts like airplane parts and equipment bodies.

Fiber Laser Marking Cutting

The fiber laser engraver is also can do some cutting work for thin metals such as aluminum thickness 0.2mm, copper thickness 0.1mm, etc. You could check to follow the video to have a look,

Areas not Suitable for Fiber Laser Marking

Fiber Laser Markers are preferred by many due to the efficiency, accuracy and speed they provide.

However, they come with a few shortcomings. Users have to take several factors into consideration while purchasing or using them. Some applications are more suitable for adopting other machines;

• CO2 Lasers are a better choice when engraving non-metals. These types of lasers are also fast and affordable. They are better when engraving on materials such as wood, acrylics, natural stone, leather, rubber etc.
• UV (Ultraviolet) Lasers are better options in producing expensive and beautiful marks on glass and plastics. The UV Lasers produce light with wavelengths between 150 and 400 nm. This short wavelength makes them suitable for small-focused spot sizes and for marking glass and synthetics. If the focus is on detail, then UV Lasers are the best.

They are not the best for deep metal engraving. The myth that laser marking system is the best for deep mark engraving is not entirely true. A standard 20W or 30W fiber laser marker is not suitable for deep metal mark engraving as it has been established to have poor efficiency, they usually need to take 30 minutes or more to do a 0.5 mm deep on steel.

Fiber Laser vs. CO₂ vs. UV Lasers: Comparison Table