Laser Marking Systems / Laser Markers
- Laser Etching vs Laser Engraving: Which to Choose?
- How Does Laser Cleaning Work?
- What Materials Can Be Marked with a UV Laser Machine?
- EV Laser Marking Applications
- Comparison of Different Types of Electric Vehicle Battery Cells
- Difference Between UV Laser and Fiber Laser Engraving Machines
- How to Choose the Right Laser Marker for Engraving
Laser Marking on Metal
Laser marking machines are a popular choice for engraving and marking products with logos, text, and even barcodes. These machines are designed to provide precision results on various materials, including metals. Selecting a suitable laser marking machine for metals can make an impactful difference in the success of your project.
Depending on the type of material you are using, such as aluminum, stainless steel, iron, cemented carbide, copper or other metal composites, there are different processes and techniques that you need to consider to achieve the desired finish. From ceramic-filled etching to deep engravings, assessing what features your laser marking machine needs before purchasing one is critical.
As an example, laser machines with high-speed capabilities and workstation flexibility may be necessary for certain metals, given their unique properties. Additionally, your choice should reflect the purpose of the chosen laser marking machine: is it mainly for industrial production or commercial use? Once you understand these and other important factors and outline your objectives appropriately, you'll be able to find the best laser marking machine that meets all of your metal marking requirements.
Metal Engraving Machines
Steel
Aluminum
Metal engraving machines are important and versatile tools for various industries. These machines precisely engrave or etch intricate designs into metal surfaces. However, laser engraving metal does differ a bit from laser marking. Metal engraving machines place information onto a part by penetrating the surface of the material, while laser marking marks the surface.
In either case, laser engraving metal is a common practice by many businesses across the globe. Jewelers and artists use these machines to create customized jewelry pieces and works of art. Manufacturers also use them to etch logos, serial numbers, and other imprints onto products for identification purposes. The medical industry, for example, employs this technology for engraving implants with patient information. Metal engraving machines offer quick, high-precision etching solutions with heavy-duty results.
Best Machines for Laser Marking on Metal
When deciding which laser marking machines are best suited for your needs, there are several factors to consider. First and foremost is your budget, as these machines can vary significantly in price. Additionally, you’ll want to take into account any special features you may need, such as speed control or software compatibility. Finally, you should think about how you plan on laser marking metal. If you only require basic markings, then a simple model will suffice. However, if your project requires more complex marks, a more advanced model like a 3-Axis Hybrid Laser Marker may be the best fit.
As you see, laser marking machines are an excellent choice for businesses looking to mark metal surfaces. With their high level of precision and accuracy, these machines provide businesses with reliable results in a cost-effective manner. Choosing the right marking equipment can seem intimidating, but KEYENCE’s diverse and industry-leading collection of laser markers will help your metal marking projects go smoothly. We offer rapid support, personalized integrations, and same-day shipping to get you up and running quickly.
Related Downloads

KEYENCE's New MD-F5100 Series Offers Unmatched Functionality in a Compact Design.

This quick guide introduces the basics of metal marking. Learn why different wavelengths matter and discover the various ways laser light interacts with metal parts.

2D codes have become a near-universal standard for traceability. This must-read document covers everything from code scanning principles, laser installation, predictive maintenance, and more.

2D codes are used to store date codes, lot codes, serial numbers, and more. Users who are considering 2D code marking should read this laser marking guidebook.

Some laser marking applications require integration with multiple devices. KEYENCE provides a total marking solution, from X/Y stages and indexing systems to head traversal systems. Learn more in this brochure.

This booklet covers a wide range of laser processing techniques - such as cutting, drilling, and deep engraving - as well as welding and soldering that are unique to lasers.
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Resources
- Laser Etching vs Laser Engraving: Which to Choose?
- How Does Laser Cleaning Work?
- What Materials Can Be Marked with a UV Laser Machine?
- EV Laser Marking Applications
- Comparison of Different Types of Electric Vehicle Battery Cells
- Difference Between UV Laser and Fiber Laser Engraving Machines
- How to Choose the Right Laser Marker for Engraving