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Telesis Laser Marking Machine for Metal

Laser metal marking is a highly effective method for engraving hard metals.

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Proud exclusive distributors of Telesis In USA

We are located in Texas

We deliver powerful marking and engraving solutions for industrial traceability—built for durability, backed by expert support.

Experience the Telesis difference today!

Laser Marking for Metal Parts

Laser marking metal parts is a process that focuses light through a lens onto a metal surface. This system is used to engrave serial numbers, data matrix codes, logos, text, and QR codes to ensure traceability throughout the manufacturing process.

This method is ideal for industrial applications requiring durability and readability, even in extreme conditions. Telesis laser marking machine for metals stand out for their:

High precision: Perfect for engraving intricate details such as barcodes, serial numbers, and logos.
Speed and efficiency: Deliver fast results without compromising quality.
Material flexibility: Compatible with a wide range of metals, from stainless steel to aluminum.

Why use Laser Metal Marking for Metal?

Laser metal marking optimizes industrial production and distribution systems by enabling precise coding for product organization and tracking. The importance of marking lies in its durability and resistance to various environments, ensuring that, despite any conditions, the code, text, or number remains legible.

3 essential benefits of Laser Marking for Metal

Optimizing traceability in industries is a key factor in ensuring timely product delivery. Having a laser marking machine for metals enhances the distribution system. Here are the main benefits:

Low maintenance: No optical lenses are required for fiber laser marking, reducing the need for rigorous maintenance. This helps save time and money.
Zero consumables: The laser marking machine for metals is eco-friendly and only requires energy to operate.

High durability: Ideal for environments without climate control and are resistant to dust, impacts, and vibrations.

Our Telesis Laser Marking for Metal options

Telesis offers a wide range of solutions tailored to the specific needs of each industry. The most notable options include:

Fiber laser markers: Ideal for high-speed applications and harder materials.
Diode laser markers: Designed to ensure clean and uniform marking.
Hybrid systems: Combine the best of both technologies for greater versatility.

Common applications of Laser Marking for Metal

Common applications of Laser Marking Metal

Telesis laser marking machines for metals have applications across various industrial sectors:

Automotive: Marking components such as chassis, engines, and spare parts..
Aerospace: Identification of critical parts with strict traceability requirements.
Electronics: Engraving circuits, connectors, and casings.
Manufacturing: Customization of tools, equipment, and final products.

Laser Marking for Metal Process

There are Four main laser metal marking processes:

1. Engraving: This process uses thermal energy to heat the metal with a laser beam. It is a fast and efficient marking system.

2. Deep engraving: Compared to the previous system, this process creates deeper and more resistant marks, ideal for harsh environments with higher abrasion.

3. Carbon migration: This method involves heating the metal with the laser beam, allowing oxygen to diffuse beneath the surface. The heated molecules turn a darker color, making this a marking system that does not remove surface material.

4. Expansion: This process reaches the boiling point, creating vaporized bubbles and generating a raised marking effect.

Considerations when choosing a Laser Marking for Metal

When selecting a laser metal marking solution, key factors to consider include:

Production requirements: The desired marking speed and volume.
Material compatibility: Ensuring the equipment can handle the metals used.

Initial and operating costs: Evaluating the price of the laser marker and its long-term efficiency.

Frequently asked questions about Laser Marking for Metal

What advantages does laser marking metals offer compared to other marking methods?

Laser metal marking is more precise, durable, and sustainable than traditional methods such as mechanical engraving or ink printing. Additionally, it requires no consumables and is ideal for demanding environments.

What types of metals can be marked with Telesis laser markers?

Telesis laser marking machines for metals are compatible with a wide range of metals, including stainless steel, aluminum, titanium, copper, brass, and more.

How does laser metal marking affect material integrity?

Laser metal marking does not weaken or alter the material's structure. Depending on the process, the marks can be superficial or deep but always maintain the metal’s strength and quality.

What factors influence the price of a laser marking machine for metal?

The price may vary depending on the type of technology (fiber, diode, or hybrid), equipment specifications, marking area size, and specific industrial application requirements.

What are the most common applications of Telesis laser marking machine for metals?

These markers are widely used in the automotive, aerospace, electronics, and manufacturing industries to engrave barcodes, serial numbers, logos, and component traceability information.

Cutting-edge technology in Laser Marking Metal

Investing in a laser marking machine for metal will help improve your company's traceability in production and distribution systems. Contact us for expert advice.

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