Laser marking booths for laser marking of products
Our product portfolio includes laser marking cabinets equipped with REA CO₂ or fiber lasers for laser marking, laser engraving, and industrial laser marking. Our precision marking lasers produce permanent, high-contrast markings on stainless steel, plastic, and aluminum, and are ideal for graphics, serial numbers, or Data Matrix codes. They are easy to operate, suitable for both beginners and those switching from other systems, and allow for the integration of custom laser fixtures. Our flexible systems adapt to your specific requirements.
Custom Laser Cabins & Safety Solutions
In addition, we offer fully customized solutions: We develop custom-designed laser cabins tailored to your requirements and adapted to the size and geometry of your workpieces. We also design and manufacture CO₂ laser protective enclosures and laser safety enclosures—such as Makrolon enclosure tunnels—in accordance with current specifications, because safety is our top priority. Our laser marking enclosures meet the highest safety standards and comply with the strict requirements of the Machinery Directive as well as the standards EN 60825-1-4:2014 (Safety of Laser Equipment) and EN 13849-1:2015 (Safety of Machinery).
Trust in our many years of experience and benefit from safe, standards-compliant solutions for your laser marking, laser engraving, and laser inscription systems.
Discover the most important answers about our laser cabins for safe laser marking.
FAQ: The 10 Most Frequently Asked Questions About Laser Cabins
Would you like to learn more about REA laser cabins? Browse our FAQs to find out more. Our REA laser team looks forward to hearing from you.
Which laser systems can be used in REA laser cabins?
The cabins are compatible with a wide range of laser systems offered by REA Laser, allowing them to meet virtually any marking requirement. In general, both fiber lasers and CO2 lasers (CO2 Lasers) can be integrated into the laser cabins.
What safety standards do REA laser cabins meet?
Our laser cabins comply with applicable safety standards, including EN 60825-1, to ensure safe operation and user protection.
How is the laser cabin installed?
The REA LASER team provides full installation support through experienced service technicians to ensure that the cabin is optimally integrated into your production environment and operates smoothly.
Can REA laser cabins be custom-configured?
Yes, REA laser cabins can be customized to meet the especially important requirements of your production process to ensure maximum efficiency and safety.
Is special training especially required to operate REA laser cabins?
Our cabins are designed to be user-friendly, but we recommend training on the laser system to ensure safe and efficient use.
Does a laser cabin have to be maintained regularly?
Compared to other coding and marking technologies, laser marking is a low-maintenance technology. Regardless, we recommend verifying the laser cabin at regular intervals to ensure optimal performance and maximum safety. Please feel free to contact us; our REA LASER team will advise you on all aspects of service and your individual support needs.
Is the LC400 laser cabin also suitable for mobile use?
Yes, REA laser cabins are designed to be easily moved and deployed at various production sites as needed. This means maximum flexibility for you.
Is it possible to rent laser cabins for a specific period of time?
As part of a flexible leasing program, you can rent a laser cabin for a specified period. Contact our team today, and together we’ll find the right solution for you.
For which applications is a laser cabin suitable?
The REA laser marking stations and the REA LC400 laser cabin are ideal for small-batch production. They are compact, versatile, and flexible. Depending on the material and surface of the product to be marked, an integrated fiber laser can be used to mark plastics and metals. If a CO2 Laser is used, you can mark organic surfaces, glass, and rubber.
Do REA laser cabins and marking stations comply with official laser safety classes?
Both the REA LASER LC400 and our REA LASER Marking Station models comply with Laser Safety Class 1.
Good to Know
DIN EN 60825-1:2014 is a European standard. It addresses the classification and safety requirements for laser products. It establishes fundamental safety standards to minimize risks associated with laser radiation and ensure the protection of people. Companies that offer laser marking solutions have to comply with this standard. By adhering to these standards, we guarantee not only the highest levels of safety but also the reliable performance of our laser systems in your production processes.
DIN EN 13849-1:2015 is a European standard. It specifies the safety requirements for machine control systems, focuses on functional safety, and describes how safety functions in control systems should be designed to minimize the risk of malfunctions. By complying with this standard, we—as a manufacturer of machines with integrated laser marking systems—ensure that our control systems operate reliably and safely.
Laser Cabin Systems for Industrial Laser Marking – Compact, Safe, and High-Performance
Our laser cabins offer safe and efficient solutions for industrial laser marking with fiber laser systems and CO₂ laser systems. Ideal for companies that want to integrate high-quality, permanent markings directly into their production processes.
Significant Benefits for Industry
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Permanent, precise marking on metals, plastics, and coated surfaces—perfect for serial numbers, codes, and traceability.
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Safe Class 1 laser cabins for maximum operator protection, even at high laser power levels.
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Flexible integration into manual workstations or automated production lines.
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High cost-effectiveness thanks to contact-free marking—no consumables, minimal maintenance.
For Demanding Industrial Applications
Whether in the automotive industry, mechanical engineering, or medical technology: Our laser cabins ensure reproducible marking quality, high process reliability, and full traceability.