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Laser Markers

Laser marking equipment and solutions that enable the identification of industrial components and parts made from all types of materials.

What is Laser Marking?

Laser marking is a process that uses a laser beam to engrave or mark surfaces. This technology is characterized by its ability to create permanent marks without direct contact with the material, making it especially suitable for industrial environments.

There are several industrial laser marking methods:

Ablation Marking: Removes surface layers of the material to create the desired design.
Annealing Marking: Changes the surface color through thermal treatment without damaging the structure.
Deep Engraving: Produces tactile marks, ideal for parts exposed to wear.

Factors to Consider When Choosing Laser Markers

To select the right laser marker, it is essential to evaluate the following aspects:

Material to be marked: Determines the type of laser and power required for precise and durable marking.
Speed and volume: Depending on production needs, high-speed systems for large volumes or customized solutions for small batches may be required.
Mark durability: A key factor in industries where parts are exposed to extreme conditions such as high temperatures, humidity, or friction.

Integration: Ensuring system compatibility with automated production lines to optimize manufacturing processes.
Regulations: Verifying compliance with local and international quality and safety standards, especially in regulated sectors such as automotive, aerospace, and medical industries.

Emerging Technologies in Laser Markers

Tecnologías emergentes en los sistemas de marcaje láser

Industrial laser marking is constantly evolving, driven by technological advancements and market trends. Here are the key areas shaping its future:

High-precision lasers: Engineered for ultra-fine engraving in industries such as electronics and jewelry. Feature variable wavelength integration to suit complex materials
Hybrid lasers: Combine different laser types for greater flexibility and versatility in applications
Micromarking and nanotechnology: Enable microscopic engraving for high-tech components, ensuring precision and durability.

Laser Marker Solutions

Our optical laser marking solutions offer permanent, contactless marking, enabling the identification of metal components and industrial parts made from various materials during in-plant processes.

Benefits of Laser Markers

Contactless marking
No consumables required.
Higher marking quality.
Faster marking speed.
Low equipment maintenance.
No consumables required
Permanent marking on materials such as metal.
Does not affect the geometry or finish of the parts.

What Is a Laser Marker Used For?

A laser marker is used to permanently mark or engrave parts, enhancing tracking and traceability. It is also employed for cutting and material processing.

What materials or products can Telesis solutions mark?

Laser Engraving on Metals

Laser engraving on metal is an innovative technology for industrial companies that uses laser energy to create precise markings or engravings on metal surfaces such as parts, components, or spare parts.

Metal Laser Markers

A precise, fast, and straightforward method for marking materials like carbon steel, copper, bronze, aluminium, and brass. It enhances brand visibility and product traceability, creating durable marks that resist acids, chemicals, and corrosion without damaging the surface.

Laser Marking on Stainless Steel

Ensures a precise, clean mark while protecting the product surface. It´s one of the most widely used techniques in the industry.

Laser Marking on Titanium

Is a delicate process that preserves the product surface, known for its system resistance and density.

Laser Marking on Aluminum

is a careful, yet highly precise and deep method that ensures excellent results.

Laser Marking on Plastic

Permanent, readable, high-speed marking solution for internal traceability, aesthetic engraving, barcodes, series, and logos for material identification.

Laser Marking on Glass or Crystal

Direct marking process on glass surfaces using a marking engraver for design customization. It provides excellent finishes and designs with high precision, especially for fine details in the laser market.

Laser Marking on Wood

Direct marking process on wood surfaces using a marking engraver for design customization. It offers excellent finishes and high precision for detailed laser designs.

Laser Marking on Copper and Brass

is distinguished by its high heat and electrical conductivity, enabling precise, deep marks.

Laser Marker Techniques

CO2 Laser Marking

Best suited for the food and packaging industries.
Used for marking pallets, glass, wood, ceramics, cardboard, plastic, paper, leather, and painted metal to create contrast.
Suitable for engraving dates, characters, and identification codes.

Fiber Laser Engraving

Employs fiber optic technology in a robust, high-performance system.
High-speed, high-resolution process for unique finishes.
Ideal for marking metal parts, glass, leather, and plastics.
Recommended for the automotive, foundry, and demanding industrial sectors.

UV Laser Engraving

Utilizes ultraviolet light for high-speed static marking.
Low power (1-2 watts) for minimal invasiveness and high-definition marking.
Ideal for marking automotive parts, medical instruments, and tools.
Suitable for engraving plastics and glass by removing material for a surface mark.
Commonly used in the food and medical industries for high-contrast markings on plastics and organic materials.

Green Laser

A green-wavelength laser system fused with fiber, designed for high-power, high-speed marking in industrial applications.
Uses a high-quality diode for low power and superior beam quality.
Ideal for the food and medical industries, particularly for high-contrast marking on plastics and organic materials.

Vanadate Laser Engraving

Offers improved beam quality, greater focal depth, and higher peak power.
Suitable for fine marking, heat-sensitive materials (metals, films, silicone, plastics), and applications requiring high consistency.
Works with a wide range of materials, including ferrous and non-ferrous metals, label materials, and silicon.
Designed with dual handles for better ergonomics and precise positioning.

Apex.200 – Ultra-Deep Laser Marker

Telesis' patented Apex200 technology optimizes operations and reduces costs.
Meets the highest standards for depth, speed, and marking quality.
Built with high-quality components for heavy-duty applications and demanding environments.
Enhances product performance.

Simplifying Marking with XpressMark™

Designed to revolutionize manufacturing processes.
Combines efficiency, versatility, and exceptional quality to meet modern industry demands.
Delivers outstanding results for both complex designs and diverse code types.

3 Reasons to Include a Laser Marker in Your Production Processes

Laser marking is essential for improving product quality. It is precise, fast, and permanent on metals, plastics, and organic materials. Here are three key reasons to integrate a laser marker into your production:

1. Clear and Readable Marking

La precisión de una marcadora láser ofrece la legibilidad para datos minúsculos, números de serie y logotipos. Esto optimiza y garantiza resultados homogéneos y de gran calidad.

2. Reliable Traceability Marking

Laser marking is resistant to abrasion, corrosion, and external factors, ensuring durable and flawless production processes.

3. Efficient and Sustainable Marking

A laser marker seamlessly integrates into manufacturing processes, making it one of the most efficient marking methods for saving time and resources.

3 razones para incluir una marcadora láser en tus procesos de producción

Request a Demonstration

Let us showcase our expertise in laser marking systems and why we are your best choice in Texas.

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Which Industrial Marking Method is Best for Your Business?

¿Cuál es el mejor marcado industrial para tu empresa?

Every company has different needs, but laser marking adapts to various functions and industries. Since marking is required in diverse environments, here are two key types of industrial marking:

Laser Marking or Engraving: This method does not require direct contact with the surface, as it relies on a laser beam. No pre-treatment or post-treatment is necessary, and it delivers a permanent, high-contrast, and precise result.

Direct Part Marking by Micro-Percussion or Scribing: This method uses a tungsten carbide stylus that impacts the surface, creating a concave deformation through a sequence of controlled strikes to form the final marking.

Laser Markers with Telesis in Mexico

We are the exclusive distributors of Telesis laser marking systems in Mexico, offering a wide range of laser engravers for industrial identification and traceability. Our solutions are known for their durability and unparalleled service.

Over 40 years of experience manufacturing marking solutions.
More than 20 years specializing in laser marking systems.
Extensive expertise in all marking technologies.
Comprehensive support across Mexico.
Diverse equipment options with various technologies and power levels.
Sample testing laboratory for precise application analysis.
Strong technical support through Vinssa.
Advanced technology development center focused on continuous innovation.

Why Choose Vinssa?

Nationwide Presence – We operate in multiple regions across Mexico.
Highly Qualified Team – Our technical and sales staff are experts in industrial marking.
Live Demonstrations – We have equipment available for on-site demos.

Immediate Spare Parts Availability – Stock ready for fast delivery.
25 Years of Expertise – A trusted partner of Telesis and a leader in industrial marking solutions.

Industries and Applications That Use Our Laser Marking Systems

Automotive

High-quality marking of automotive parts with minimal downtime, operating 24/7 throughout the year.

Aerospace

Marking in compliance with the strict standards of the aerospace industry.

Home Appliances

Marking of refrigerators, washers, and their internal components.

Medical

High-quality laser marking on surgical implants made from superalloys, ensuring no oxidation or impact on the geometry of the parts.

Packaging & Food

High-speed CO2 marking to engrave expiration dates on large volumes of packaging.

Construction & Housing:

Sustainable solutions for permanent marking of construction equipment.

Manufacturing

Marking of processes, dates, batches, and material of product fabrication.

Oil & Gas

Marking of valves, steel plates, tubes, and more.

Electronics

Marking of PCB boards to identify the components that make them up.

Metalworking

Marking of parts with robust equipment that withstands demanding environments.

Laser Marking vs. Ink Marking: Which One to Choose?

We recommend laser marking in situations where:

The environment contains dust particles or other challenging conditions.
Food industry applications, especially for powdered substances like flour.
A consumable-free marking method with minimal maintenance is required.
The process demands clean, residue-free marking.

A permanent and long-lasting mark is necessary.
Automatic date and time generation is needed.
Marking must include expiration dates, lot numbers, sequential numbering, logos, or images.

Laser Marker Systems Service Model

As part of our value delivery, we provide expert industry advice to help you find the products that best fit your processes.

Detection of the Need

Specialized Team Consultation

Solution Presentation and Testing

Project Implementation

Ongoing Support

Frequently Asked Questions About Laser Marking

What is a laser marker?

A laser marker is a device that uses a directed laser beam to create highly precise markings. Its ability to identify small characters ensures reliable quality control.

What is CO₂ laser engraving?

CO₂ laser technology operates using excited carbon dioxide and a high-voltage power source to generate a laser beam, which is widely used in industrial applications.

What materials can be laser marked?

Acrylic: Cutting and engraving.
Fabrics: Cutting and engraving.
Glass: Engraving.
Metals: Marking.
Paper: Cutting and engraving.
Plastics: Cutting and marking.
Stone: Engraving.

What materials are not suitable for laser cutting?

Chrome (VI) leather and artificial leather
Carbon fibers
Polytetrafluoroethylene (PTFE/Teflon)
Beryllium oxide
Polyvinyl chloride (PVC)
Butiral de polivinilo (PVB)

Which is better: red or green laser?

Green lasers offer a wider range than red lasers, making them ideal for laser marking in construction environments.

Which laser color is the most powerful?

Green lasers can project up to 35 times more brightness than red lasers of the same power. Choosing a green laser allows you to use a lower-powered (and safer) device while maintaining excellent visibility.

How precise is laser cutting?

Laser cutting provides superior precision, especially for thin materials and small holes. CO₂ laser technology is suitable for material thicknesses ranging from 5mm to 30mm.

Looking for a quote for your laser marking project?

We are experts and industry leaders in laser marking and traceability solutions. We develop and customize solutions tailored to your needs. Tell us about your project!

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Get in touch with an expert

Laser Markers

What is Laser Marking?

Factors to Consider When Choosing Laser Markers

Emerging Technologies in Laser Markers

Laser Marker Solutions

Benefits of Laser Markers

What Is a Laser Marker Used For?

What materials or products can Telesis solutions mark?

Laser Marker Techniques

CO2 Laser Marking

Fiber Laser Engraving

UV Laser Engraving

Green Laser

Vanadate Laser Engraving

Apex.200 – Ultra-Deep Laser Marker

Simplifying Marking with XpressMark™

3 Reasons to Include a Laser Marker in Your Production Processes

1. Clear and Readable Marking

2. Reliable Traceability Marking

3. Efficient and Sustainable Marking

Request a Demonstration

Which Industrial Marking Method is Best for Your Business?

Laser Markers with Telesis in Mexico

Why Choose Vinssa?

Industries and Applications That Use Our Laser Marking Systems

Manufacturing

Oil & Gas

Electronics

Metalworking

Laser Marking vs. Ink Marking: Which One to Choose?

Laser Marker Systems Service Model

Frequently Asked Questions About Laser Marking

What is a laser marker?

What is CO₂ laser engraving?

What materials can be laser marked?

What materials are not suitable for laser cutting?

Which is better: red or green laser?

Which laser color is the most powerful?

How precise is laser cutting?

Looking for a quote for your laser marking project?

We are experts and industry leaders in laser marking and traceability solutions. We develop and customize solutions tailored to your needs. Tell us about your project!

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