Laser marking machine models

Laser marking is the process of writing codes to a desired point on products using an intense beam of light. This application can be used to mark a wide variety of materials, including copper, titanium, steel, cardboard, wood, glass, and plastic. By creating codes on the materials, you can write serial numbers, expiration dates, and similar information. With this laser marking machine, you can efficiently meet all your barcode, marking, and other printing needs.

Normally, different methods can be used to print information on products. However, the method described here is practically a necessity to meet ISO standards and increase the competitiveness of the products. This laser processing machine encompasses different types, including UV, fiber, and carbon lasers.

Laser marking machines use an intense beam of light to write desired codes on the surfaces of products. This light beam reacts by burning the surfaces of the products, creating the desired codes.

During the process, the desired area is targeted, and thus the codes are created at the desired points. Thanks to the high-contrast and high-quality application, the codes are successfully created on every surface and have a legible appearance. The application is permanent, thus creating a sense of reliability for the product.

Laser marking machines are divided into different types, and their usage varies accordingly. The type of material being worked on and the application also cause variations in usage.

During use, it is necessary to follow the machine's operating instructions and take the necessary safety precautions. Thanks to its features, use according to the instructions is completely safe.

At Electrojet, we will handle all your issues, both during machine installation and with our on-site service and remote support services.

This marking machine, also known as laser engraving, can mark many products. The target product range will vary depending on the marking machine chosen. Ultimately, the laser used in these devices has a specific wavelength, and therefore the laser in each device is different.

When the appropriate machine is chosen for the target materials, expectations will be easily met. The products that can be laser marked are generally as follows:

• Wood
• Pipe
• Pine
• Metal
• Plastic
• Cardboard
• Silver
• Steel
• Rice
• Gold

Carbon (CO2) lasers are lasers that use a mixture formed by electrically stimulating carbon dioxide gas. They are generally preferred for coding organic materials . It is a suitable technology for coding product information on non-metallic and plastic materials .

Providing high code quality is one of the most important features of this technology. They have high efficiency and an average lifespan ranging from 25,000 to 40,000 hours. They deliver effective results on materials such as glass, wood, acrylic, textiles, paper, leather, stone, plastic, and rubber .

Fiber lasers, which belong to the solid-state laser group, generate the necessary light beam from a core laser. This beam is then amplified by pump diodes through specially designed glass fibers that are supplied with energy.

Fiber lasers have a wavelength of 1.064 micrometers, making them 100 times more intense than CO2 lasers. Their high intensity allows them to deliver desired results in processes such as annealing and metal coding, metal engraving, and high-contrast plastic marking .

Also known as metal marking machines, this technology requires very little maintenance and has a lifespan of at least 25,000 hours. When used according to instructions, this period can be extended to 100,000 hours.

Fiber laser marking technology should be preferred when marking inorganic materials such as plastics and metals, and when this needs to be done with high contrast. It must be operated in a closed cabinet and with the necessary standard safety precautions in place.

Fiber laser marking technology can be used to mark serial numbers and barcodes onto materials such as ceramics, metals, and plastics . This technology is considered a high-quality marking application solution.

Laser printing, also known as laser marking, is a process that creates a code on a material using a beam of light. This process utilizes a burning effect. As a result, prints made with a laser printing machine are permanent and never fade . This applies to all materials where laser marking technology can be used .