Laser Marking & Engraving Machines

While the practices of laser engraving and laser marking are similar, they differ slightly and serve unique purposes. Laser engraving uses a laser beam to physically remove a material’s surface and create a permanent mark that can withstand exposure to harsh environmental and operational conditions. This process is slower than laser marking but yields more robust results.

Laser marking is the process of transmitting laser light through a lens and focusing it onto a part’s surface. When the beam interacts with the material’s surface, it slightly alters its appearance or properties. Unlike laser engraving, marking permanently modifies products without removing materials.

At Telesis Technologies, Inc., we provide top-of-the-line industrial laser marking systems built with quality, durability and performance at the forefront. Download the Telesis Product Catalog and learn more about our versatile laser marking systems.

Types of Industrial Laser Marking Machines

At Telesis Technologies, Inc., we carry many types of laser engraving machines suitable for all your material marking needs. Browse our comprehensive selection to find some of the most robust and high-performing models on the market.

The Benefits of Laser Engraving

When you use a laser engraving machine to inscribe your industrial materials, you’ll experience all the advantages of this tried-and-true process, including:

• Legible and permanent marks: Industrial laser engraver machines produce permanent, high-contrast markings that are easy to read. That means any product branding or identification code is highly visible to consumers.
• High-speed operations: Conventional engraving methods can be tedious and time-consuming. Industrial laser marking systems speed up the engraving process with high-efficiency operations, helping companies create products faster while cutting costs.
• Minimal consumables: Laser engraving requires few consumables, making it affordable, eco-friendly and energy-efficient.
• Material marking versatility: With laser identification systems, you can mark a variety of materials types, such as metal, rubber, plastic, silicone, paper and wood.
• Marking precision and accuracy: In laser engraving, the laser cutter does not make direct contact with the material, minimizing the risk of accidental markings. The process is highly precise and accurate, generating repeatable, uniform results.
• Durability and wear resistance: Laser engraving systems produce durable markings that are resistant to harsh external factors due to robust material depression.

The Importance of Manufacturing Traceability

Traceability is the ability to track every step of the manufacturing and distribution process until the product reaches the end consumer. Through product tracing, companies are able to access various types of historical information throughout the production chain:

• Inspection notes
• Component origination
• Product destinations
• Production life cycles
• Time spent at workstations

Laser identification systems have become key resources for facilitating manufacturing traceability. These machines enable manufacturers to link unique identifiers to their products, such as two-dimensional matrix codes and one-dimensional linear barcodes. Through these markings, companies can glean vital track and trace data, such as manufacturing dates and part and lot numbers.

Traceability is particularly crucial in the manufacturing industry. The importance of manufacturing traceability is wide-ranging and includes all of the following considerations:

• Quality control: Traceability provides a high level of control over manufacturing processes to a granular level. It also helps manufacturers identify points in the production process where quality checks would be beneficial.
• Product recall: Manufacturing traceability creates a permanent paper trail that enables organizations to swiftly track down products and protect themselves against liabilities in the event of a recall. It also minimizes the costs associated with recalls and prevents them from happening in the future.
• Root cause analysis: With all product information located conveniently in one place, manufacturers can easily pinpoint root causes of potential product issues and make the necessary improvements.
• Counterfeiting prevention: Traceability through product marking and barcode implementation enables manufacturers to guarantee product authenticity and make it more challenging for individuals to counterfeit goods.
• Operational efficiency: Traceability systems like industrial laser etching machines allow companies to optimize their production processes, reduce resource waste and maximize efficiency.
• Customer satisfaction: When organizations use traceability systems, they can better implement product improvements, increase quality and ultimately generate higher customer satisfaction.
• Regulatory compliance: Many industries have strict traceability guidelines that manufacturing facilities must adhere to for compliance purposes.

Laser Marking on Different Types of Materials

Laser part marking machines are compatible with a comprehensive array of organic and inorganic materials, making them suitable for countless applications.

Wood

Wood is among the most popular laser engraving materials, as you can use various techniques to achieve diverse results. Common applications of laser wood engraving include inlays, item personalization and prototyping.

Many types of wood are suitable for laser engraving:

• Natural wood
• Solid wood
• Veneers
• Precious woods
• Cork
• Chipboard
• Plywood
• Multiplex
• Medium-density fiberboard (MDF)
• High-density fiberboard (HDF)

Metal

You can use a laser part marking machine to mark practically any type of metal, making it one of the most commonly used materials in laser engraving. Metal engraving is useful for industrial applications like automotive part manufacturing and aircraft wing alteration.

Some of the best metals for laser engraving include the following:

• Copper
• Gold
• Silver
• Stainless steel
• Iron
• Platinum
• Brass
• Aluminum
• Steel
• Coated metal
• Titanium
• Carbides
• Palladium

Plastic

Plastic materials are engraved for applications ranging from jewelry to signage to wall art. Some of the most common plastics for laser marking are as follows:

• Silicone
• Vinyl
• Acrylic
• Polyester
• Polypropylene
• Polycarbonate
• Polyamide
• Polyethylene

Paper

You can use laser engraving systems on paper to create products like business cards, greeting cards and other custom items. This inexpensive marking material comes in many forms:

• Art paper
• Cardboard
• Fine paper
• Corrugated cardboard

Glass

Laser engraving on glass can create stunning effects for products like wine glasses, windows, mirrors and bottles. You can use industrial laser engraver machines on both round and flat glass, though the proper techniques are required to prevent breakage or inconsistencies. However, crystal glass typically has too high a lead content for laser engraving purposes.

Leather

Leather responds exceptionally well to laser engraving processes, making it ideal for products like shoes, belts, purses and wallets. You can laser mark all of the following types of leather:

• Natural
• Synthetic
• Full-grain
• Suede
• Vegetable-tanned
• Bonded
• Nubuck
• Alcantra
• Napped

Stone

Stone is a laser engraving material ideal for elemental exposure, making it useful for outdoor installations, such as patios and walkways. Common stones for laser marking processes include:

• Natural stone
• Brick
• Marble
• Ceramic
• Granite
• Porcelain

Invest in an Industrial Laser Marking Machine From Telesis Technologies, Inc.

You can find state-of-the-art industrial laser marking machines manufactured by Telesis Technologies, Inc. We’re constantly bringing game-changing products to market that set the standard for reliability and ruggedness. As a one-stop shop for all your marking needs, we develop turnkey solutions with your requirements in mind.

Purchase our equipment online or request a quote today.