Fiber laser system DFL Ventus Marker with laser head and 19-inch slide-in unit

Powerful and precise

Laser markers

Application-oriented and secure

Continuous technology development

Our wide range of marking lasers offers a solution for almost all applications and materials. All laser systems are equipped with a safety device (SD) certified to EN ISO 13849 in accordance with the requirements of functional safety, thus guaranteeing the user the highest possible protection against malfunctions and a safe condition of their laser system. (EN 13849 PLe Cat. 4). The most suitable laser is always selected together with the customer on an application-oriented basis according to the following criteria: material properties, cycle time requirements and budget.

Send request

Graphic of the marking lasers and their wavelengths

Nd:YAG lasers

Business Diode IR

The Business Diode IR series lasers are the all-rounders from ACI. Thanks to their high energy efficiency and beam quality, they are suitable for marking everything from individual parts to large-scale production. These laser systems are typically used in manual workstations for marking entire pallets of workpieces or in an automated line.

Products

Applications

Nd:YAG lasers

Economy Diode

The diode-pumped solid-state lasers in the Economy Diode series are ideal entry-level systems for small and medium-sized companies with manageable marking requirements. Depending on the application and the marking time available, you can choose between different performance classes.

Products

Applications

Nd:YAG laser DPL Smart Marker of the Economy Diode series

Nd:YVO₄ lasers

Business Diode UV

The UV lasers in the Business Diode UV product series operate at a wavelength of 355 nanometers in the ultraviolet spectral range. High-quality marking results can be achieved on a wide range of organic and inorganic materials using so-called “cold laser marking”.

Products

Applications

Nd:YVO₄ lasers

Business Diode GN

The Business Diode GN series laser systems are diode lasers with a wavelength of 532 nanometers. With “green lasers”, markings can also be made on materials that are difficult or impossible to mark in the infrared range.

Products

Applications

Nd:YVO4 laser DPL Nobilis marker of the Business Diode GN series

Fiber lasers

Business Fiber

The lasers in the Business Fiber product series are ideal for marking metals. Thanks to their excellent beam quality and variable pulse widths, our powerful fiber lasers can achieve outstanding marking results.

Products

Applications

Fiber lasers

Economy Fiber

The lasers in the Economy Fiber product series are easy-to-use, robust laser marking systems in accordance with laser class 4. They are ideal entry-level systems for laser material processing with fiber laser technology for standard applications.

Products

Applications

Fiber laser DFL Ventus Marker of the Economy Fiber series in standard version

CO₂ laser COTwo marker from the Business CO2 series

CO₂ lasers

Business CO₂

The gas lasers in the Business CO₂ product series are among the most powerful and most frequently used lasers in industrial material processing alongside solid-state lasers. They are primarily used for cutting and engraving.

Products

Applications

Marking with a marking laser in the industry

Over the last 30 years, a class of small marking devices has established itself in the industry for material marking – marking and engraving with laser marking devices or engraving lasers for abrasion-resistant results. At present, the focus is increasingly shifting to codes that are applied to the material using a marking laser. Depending on the area of application, laser marking systems are designed for manual or automatic operation. A laser marking system with an automatic lifting door is suitable as a manual workstation if a high degree of flexibility is required for individual applications with full control of operation. An automatic laser marking or laser engraving system, on the other hand, is suitable for many consistent applications.

The complex design makes it possible – laser engraving systems are ideally equipped for integration into a production line. They are often additionally equipped with laser accessories such as a rotary unit or a multifunctional camera as a positioning aid in the work area. In contrast to diode lasers, which everyone knows from laser pointers, fiber lasers, CO2 lasers, Nd:YAG and Nd:YVO4 systems are more commonly used in the marking process for laser marking of materials and their surfaces. As a compact machine, the industrial marking laser is predestined for customer-specific requirements for the marking process (marking) of materials such as plastic, ceramics, glass, metal, wood, leather, foils and paints and offers solutions for almost all product surfaces. For example, annealing marking cannot be realized with any other previous technology. During the marking process, the laser parameters – such as laser power, frequency, pulse width, etc. – can be adjusted to suit individual customer requirements. – The laser parameters – such as laser power, frequency, pulse width, etc. – can be individually adjusted to meet different customer requirements in order to achieve marking of the highest quality.

This might interest you

Laser beam generates DMC and serial number on shaft tool

What is laser marking?

Laser marking is a high-quality, efficient and fast method for robust and permanent markings

Marking on a metal component using laser marking

Applications

Mark a variety of materials.

Laserstation Workstation Professional mit Faserlaser DFL Ventus Marker und Rotationsachse

Laser stations

Turnkey complete solutions individually configurable

Ultrakurzpulslaser DFL Brevis Marker der Business Fiber USP Serie

Ultrashort pulsed laser

Cutting, drilling, ablation and structuring on a micrometer scale

Anlagenbediener schaut auf den PC-Bildschirm einer Laserstation in einer Fertigungshalle

Software

Powerful, user-friendly and flexibly expandable

Privacy setting

We use cookies on our website. Here you can select whether and, if applicable, which non-essential cookies you wish to accept. You can also find more information about the cookies we use.

Accept all cookies

Accept only non-essential cookies

Essential

WebThinker DV-Box

Saves the selected cookie settings.
https://www.webthinker.de/cookie-box/

More information

Processing company

ACI Laser GmbH

Name and storage period of the cookies

wt-dv-settings
Saves the selected cookie settings.
Period: 1 Year

Host/access URL

*.aci-laser.com

Language selection

Identifies the language selected by the user.

More information

Processing company

ACI Laser GmbH

Name and storage period of the cookies

wp-wpml_current_language
Identifies the language selected by the user.
Period: Session

Host/access URL

*.aci-laser.com

Google Tag Manager

Responsible for the technical implementation of the selected cookie settings.
https://policies.google.com/privacy

More information

Processing company

Google Ireland Limited

Google Building Gordon House, 4 Barrow St, Dublin, D04 E5W5, Ireland

Description

This is a tag management system. Via Google Tag Manager, tags can be integrated centrally via a user interface. Tags are small sections of code that can track activities. Script codes of other tools are integrated via the Google Tag Manager. The Tag Manager allows to control when a particular tag is triggered.

Host/access URL

*.google.com

Statistics

Google Analytics

Generates analytical data about how the website is used by visitors.
https://policies.google.com/privacy

More information

Processing company

Google Ireland Limited

Google Building Gordon House, 4 Barrow St, Dublin, D04 E5W5, Ireland

Name and storage period of the cookies

_ga, _gid, _dc_gtm_xxx, _gat_gtag_xxx
Is used to distinguish between users.
Period: 1 Tag / 2 Years

_gat
Is used to slow down the requirement rate.
Period: 1 Minute

_gac_xx
Contains information about which advertisements have been clicked on.
Period: 3 Months

IDE
With this ID, Google can subsequently recognise the user across different websites and domains and display personalised advertisements.
Period: 1 Year

Host/access URL

*.google.com

Media

Google Maps

Is required in order to display Google Maps on the website.
https://policies.google.com/privacy

More information

Processing company

Google Ireland Limited

Google Building Gordon House, 4 Barrow St, Dublin, D04 E5W5, Ireland

Description

This is an integrated map service. A connection to the service is established in order to load and provide the corresponding map material.

Host/access URL

*.google.com

YouTube

Required to display YouTube videos on the website.
https://policies.google.com/privacy

More information

Processing company

Google Ireland Limited

Google Building Gordon House, 4 Barrow St, Dublin, D04 E5W5, Ireland

Name and storage period of the cookies

PREF
This cookie stores your preferences and other information, in particular preferred language, how many search results you wish to be shown on your page, and whether or not you wish to have Google’s SafeSearch filter turned on.
Period: 10 Years

VISITOR_INFO1_LIVE
This cookie measures your bandwidth to determine whether you get the new player interface or the old.
Period: 6 Months

use_hitbox
This cookie increments the ‘views’ counter on the YouTube video.
Period: Session

YSC
This is set on pages with embedded YouTube video.
Period: Session

Host/access URL

*.google.com

Save individual cookie settings

Information about your cookie settings and data transmission to the USA when using Google services
We use cookies on our website. Some cookies are technically necessary for our website to function ("essential"). All other cookies are applied only if you consent to them (e.g. for Google Analytics/Maps).

You can choose whether or not you wish to "accept only essential cookies," "accept all cookies" or if you wish to "save individual cookie settings" by selecting specific cookies in the accordion menu.

Granting consent to the use of non-essential cookies is voluntary. You can also change your settings at a later time via the "Cookie settings" button located in the page footer. Full details can be found in our Privacy Policy.

We use Google Analytics to obtain continuous analysis and statistical evaluation of the website in order to improve the website and the user experience. This involves user behaviour data being transmitted to Google LLC and the sites visited, time spent on the page and interactions being processed. This data is then used by Google for its own purposes to build a profile and to link with other usage data.

By accepting the cookie associated with Google services, you also grant consent for your data to be processed in the USA by Google, in accordance with Article 49(1a) GDPR. The USA is classified by the European Court of Justice as a country whose data protection level fails to meet EU standards.

In particular, there is a risk of your data being processed by US authorities for control and monitoring purposes, potentially without even the opportunity to appeal. If you click on "accept only essential cookies," the above transmission shall not take place.

DE | EN | ES | FR