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Metal Engraving Machines

Metal engraving machines are essential for identifying components, ensuring traceability, and customizing metal products across various industrial sectors. On this page, we’ll explore the different types of marking machines available, the metals that can be processed, and the most common vertical applications.

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Metal marking machines

fiber laser marking

Metal laser marking machines

dot peen metal marking

Dot peen metal engraving machine

MB15-prod

Impact marking machines

Rullamento_MB41N

Roll marking machine for metal

Scribe metal marking machine

Scribe metal marking machine

On this page:


 

Laser marking machine for metal

 

 

The metal marking machine with laser technology is ideal for working with metals such as steel, stainless steel, aluminum, brass, copper, iron, and titanium. It is a high-precision solution that ensures permanent, legible engraving resistant to mechanical and chemical agents. These machines use fiber laser technology, which is especially effective for a laser marking machine for metal, even at high speeds and with exceptional detail quality.

Types of laser metal marking machines:

  • Laser marking cabin machine
  • Portable laser metal engraver
  • Compact laser machines
  • Fiber optic laser

 

Dot peen metal engraving machine

metal engraving machine

This technology engraves metal through mechanical micro-impacts. It is ideal for durable, visible, and light engraving, even on irregular surfaces. This solution is widely used in the automotive and mechanical sectors for codes, serial numbers, and dates.

Impact metal marking machines

 

 

Simple, cost-effective, and fast technology, ideal for static engravings on flat surfaces. These metal marking machines work through an impact strike that imprints the code or text directly onto the metal. They do not require complex power sources and represent a perfect entry-level solution for standard engravings.

Roll marking machine for metal

roll marking for metal

 

One of the fastest and quietest methods for marking metals and plastics is undoubtedly roll marking, ideal for marking aluminum and other harder, more resistant metals. The punch rotates and marks continuously, without interruptions. It ensures precise and visible marking, even on curved surfaces.

Scribe metal marking machine

 

 


Suitable technology for deep and continuous marking. A stylus is dragged across the surface of the metal, engraving it deeply. It is ideal for permanent markings that remain legible from a distance.

Markable metals with Automator products

Automator systems are designed to mark a wide range of metals, including:

Which metal do you need to mark?

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Steel

A widely used and versatile material, employed in mechanical and structural sectors. Marking requires deep and resistant technologies
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Stainless steel

Corrosion-resistant, ideal for harsh environments. Laser marking guarantees sharp results without altering the surface.
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Alluminum and anodized aluminum

Lightweight and ductile, widely used in aerospace and automotive industries. Requires technologies that prevent thermal deformation.
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Iron

Affordable and robust, used for structures and mechanical components. Easily markable with dot peen and laser engraving machines.
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Brass

Non-ferrous alloy used in valves, fittings, and decorations. Excellent aesthetic results with laser marking and hot stamping.
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Titanium

Used in high-performance sectors such as medical and aerospace. Marking must be precise and non-invasive.
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Copper

Excellent conductor, used in electronics and electrical engineering. Sensitive to heat, it can be marked with low-power lasers or electrolytic markers.
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Bronze

Copper and tin alloy, used in mechanical and artistic applications. Compatible with laser and dot peen marking machines.
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Nickel

Used in coatings and special alloys. Requires abrasion- and corrosion-resistant marking.
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Special alloys

Technical materials designed for high performance. Automator technologies provide reliable marking even on complex alloys

Gold Laser Engraver

When it comes to working with precious metals such as gold, silver, and platinum, using the right engraver technology for gold is essential. These materials require exceptional delicacy and precision. All the engravers we mentioned on this page allow for highly controlled and permanent markings, ensuring that the visual appeal and structural integrity of the metal remain untouched.

Marking gold is widely adopted in the jewelry and watchmaking industries, where precision and aesthetic quality are non-negotiable. Additionally, it plays a crucial role in engraving certifications of authenticity or serial numbers on luxury items. Thanks to its high accuracy and minimal thermal impact, gold marking machines ensure clean, sharp results even on the finest details, making it the preferred method among professionals.

Whether you're looking to customize a piece of jewelry or add traceable data to a high-value item, an engraver for gold offers the reliability and finesse that precious metals demand. Explore the full potential of laser marking gold technology and discover how it can elevate the quality and uniqueness of your products.

 

Anodized Aluminum Laser Engraving

Anodized aluminum laser engraving is the ideal method for achieving high-contrast, permanent, and visually appealing markings on coated aluminum surfaces. Thanks to the precision of fiber laser technology, this process allows you to create detailed designs, serial numbers, barcodes, and logos without damaging the anodized layer.

Using a laser engraver for anodized aluminum ensures fast, clean, and accurate results, making it the perfect solution for industries such as aerospace, electronics, and automotive manufacturing. Whether for decorative purposes or functional identification, laser marking anodized aluminum guarantees durability, corrosion resistance, and exceptional clarity.

Choose the reliability of anodized aluminum laser engraving to combine performance and aesthetics in every marking application.

 

Vertical applications

Automator systems are used in numerous vertical applications. Some examples:

Learn about the applications of Automator markers:
nameplate-marking

Marking license plates and nameplates, here's how to do it!

automotive

Marking in Automotive: the VIN number

ucerchioni-auto

Brief guide to marking car rims

microchip

Microchips, circuits and sensors: how to mark electronic components

brake discs

The marking of brake discs

altezz_fermoimmagine-310x230

Marking of surfaces of different heights, that's how!

Armi

The importance of marking in the arms industry

oilandgas

Oil & Gas: a brief guide on industrial marking

Automotive3

Industrial marking in the service of automotive

lingotti

Gold bar marking: a mandatory mark on precious metals

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Marking in the aerospace industry

Flange

Flange markings

siderurgia

Marking of steel products

Raccordi

Marking in the fittings industry

Why choose Automator for metal marking

Since 1940, Automator has been an international reference point in industrial metal marking. Here’s what sets us apart:

  • Wide range: solutions including laser marking machines, dot peen engravers, electrolytic systems, roll markers, and more.

  • Continuous innovation: over 80 years of experience with constant technological evolution.

  • In-house production: complete control over quality, development, and customization.

  • Global support: an international network for assistance and consulting.

 

Every metal has its ideal marking method. Which one is right for your needs? Tell us about your process — we’ll recommend the perfect marking machine for your business.

Light Years Ahead

Automator Marking Systems
USA | Canada

475 Douglas Ave, Chillicothe

OH 45601

USA

 

Phone: +1 740-983-0157

Mail: infousa@automator.com