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Laser marking on machine parts and CNC components

Laser marking of machine parts and CNC components is an important part of traceability and quality assurance in the metal industry. This often involves precision parts such as shafts, flanges and fasteners where each component must be identifiable throughout the production chain.
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Different techniques for Machine Parts & CNC Components

Laser marking

Laser marking is used when machine parts and CNC components require precise and permanent marking directly into the metal. The technology is well suited for parts with high precision requirements, where the marking must not affect function or tolerances. 

The marking is durable and clear, making it well suited for components that need to be identified and tracked throughout their entire lifespan. 

Advantages: 

  • Permanent marking directly into the material 
  • Very high precision even on small details 
  • Does not affect the function of the component 
  • Long durability when worn and cleaned 
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Laser engraving machine - Trotec SpeedMarker 50 CO2
Laser marking

Trotec SpeedMarker 50 Fiber

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Laser marking - Trotec SpeedMarker 700
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Fiber laser/Laser marking - Trotec Speedy 1300
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The SpeedMarker 1300 is a flexible and powerful laser machine with a large working area, ideal for marking large or bulky…

Fiber laser/Laser marking - Trotec Speedy 1300
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Fiber laser - Trotec SpeedMarker 300
Laser marking

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The Trotec SpeedMarker 300 is a fast and flexible fiber laser, perfect for marking metal and plastic with high precision…

Fiber laser/Laser marking - Trotec Speedy 1300
Laser marking

Trotec SpeedMarker 1600

The Trotec SpeedMarker 1600 is a powerful and flexible laser machine designed for marking large and long components with high…

Read more about Machine Parts & CNC Components

Laser marking of machine parts and CNC components is an important part of traceability and quality assurance in the metal industry. This often involves precision parts such as shafts, flanges and fasteners where each component must be identifiable throughout the production chain.

Since the parts are often small, complex and made of hard materials such as steel or stainless steel, high demands are placed on the precision and durability of the marking. Permanent marking directly into the material, for example by engraving in metal, provides clear and long-term identification without affecting function or tolerances.

Correctly executed labelling simplifies follow-up, service and quality checks over time.

Questions & Answers (FAQ)

Because laser marking occurs directly into the surface of the material, the marking is very durable. It can withstand frequent handling, assembly and long-term use without fading.
Yes, laser marking can be applied to many different geometries, including rounded or angled surfaces, making the technology useful for shafts, tubular components, or complex machine parts.
Laser marking is very well suited for small, precision-machined CNC components. The technology can create very small, clear markings, such as serial numbers, part numbers, or DataMatrix codes, without affecting the component's tolerances or function.
Yes, many surface-treated metal parts can be laser marked even after treatment. However, the result depends on the surface treatment used, such as anodizing, hardening or coating. The laser parameters can be adjusted to create clear contrast without affecting the function of the component.
Yes, laser marking systems can often be integrated directly into production lines or in conjunction with CNC machines. This allows components to be automatically marked immediately after machining, simplifying traceability and reducing the need for manual handling.
Laser marking works on many different metals, including stainless steel, aluminum, brass, and hardened steel. The parameters can be adjusted for different materials so that the marking is clear and consistent even when multiple material types are used in the same production.

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