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Laser systems & Marking lasers

The optimal laser for every application

The right laser marking system for every task

As individual as your product range, so individual are the requirements for the right laser system for you. beLaser has specialised exclusively in laser marking and laser engraving since 2001. In addition to our efficient and powerful standard systems, we offer you a wide range of possibilities to manufacture individually planned and in-house produced marking lasers, laser marking equipment and laser engraving machines according to your requirements.

You can use the laser marking equipment manufactured by us for the most diverse materials such as metal, plastic and various coatings. We also offer laser marking devices, especially for organic materials such as wood, leather and glass. Each marking laser is planned and manufactured according to the highest quality standards.

For the laser marking of plastics and metal engravings, we offer specially adapted marking lasers as work stations, compact table lasers, rotary table lasers and, of course, the precise and individual integration of lasers of various types into your product and production lines.

Benefit from our long-time experience and our own developments. Whether "Marking on the fly" systems or camera-supported laser markers. We offer you an extensive program of lasers for almost every application

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Every labelling laser / marking laser is designed and manufactured to the highest quality standards. For the laser marking of plastics and metal engravings, we offer specially customised marking lasers both as a

✸ Workstation

✸ Compact desktop lasers

✸ Rotary table lasers

and, of course, the customised and individual integration of a wide range of lasers into product and production lines on request.

Benefit from our many years of experience and our in-house developments. Whether "marking on the fly" systems or camera-supported laser markers. We offer you an extensive programme of lasers for almost every application.

LMG Workstation laser marking machine

The laser workstation for large and small series. 

  • Customisable to your needs.
  • Ergonomic design
  • Foot rest 
  • Manual or automatic door opening
  • Manual or automatic Z-axis
  • Focus laser + pilot laser

For all power classes from 5 - 100 watts 

  • Fibre laser 1064 nm
  • Green laser 532 nm
  • CO2 laser 10600 nm
  • UV laser 355 nm

Optional:

  • Camera background
  • Automatic component detection and positioning
  • Side door opening / component inlet and outlet
  • Rotation unit
  • X/y portal for laser head
  • x/y/z portal for laser head
  • 3D laser head
  • Robot handling

LMF-IND: The customised solution

Individual requirements need individual solutions. This means that the LMG can be customised precisely to customer requirements. From additional side openings for long components or as a cable feed-through, to rotating elements. For large products, an x/y gantry can be integrated to guide the component under the laser. For maximum flexibility, we also offer the LMG housing with an x/y/z gantry. This allows the laser to be guided above the product in all three dimensions. The entire labelling space is therefore available for the components. 

You can find more information about the LMG here.  

Automatic lifting door 

Handling is a significant time factor in component labelling. This quickly adds up and becomes a cost driver, especially with large quantities. We offer the automatic lifting door option for all laser enclosures. 

This saves time and costs in the series production process. The safety door closes at the touch of the button and triggers the marking process automatically. Once the marking process is complete, the door opens again automatically. 

Lateral through-loading - with conveyor belt or brush curtian

Side loading is an important function of a laser marking system that enables efficient handling of workpieces. 

This technology allows components to be fed into the laser work areas from the side, ensuring convenient and fast loading and unloading. 

The side brush curtain enables components of different sizes and shapes to be labelled, such as: 

  • Plastic cable ducts
  • Cable coatings
  • Aluiminum profiles
  • Metal pipes
  • And much more. 
Laser system LMG

Laser marking system LMF "Easy" & "Pro"

Our LMF series is characterised by simple operation and high marking speeds. No compromises are made in terms of quality and flexibility. Positioning aid and focus finder are part of the basic equipment as well as a protective housing per laser class 1. The series is also optionally available with a rotation unit and automatic lifting door. 

Suitable for: Texts, logos, vector data, QR Codes, DMC codes, 2D codes, variable data sets and image engraving.

Compact design - maximum flexibilty

LMF "Easy"

Compact and cost-effective marking laser for one-off production

LMF Easy

LMF "Pro"

Powerful fibre laser for series production and 24/7 operation

LMF Pro

LMI labelling laser for integration

The laser engraver for every installation situation

Customised and powerful

  • Flexible and simple installation
  • Customer I/O interface
  • PLe safety device (emergency stop + interlock)
  • Focus laser +pilot laser

Optional:

  • Fieldbus connection
  • Integrated axis controller
  • Integrated PC

For all power classes from 3 - 200 watts

  • Fibre laser 1064 nm
  • Green laser 532 nm
  • CO2 laser 10600 nm
  • UV laser 355 nm
Beschriftungslaser
LMI integration

3D laser system


Curves or objects with extreme geometries are no challenge for our 3D laser systems.

Up to 80mm height difference can be compensated without moving the component or the laser head.

High speed and low drift scanner technology - 2D and 3D.

Fast - Flexible - Precise

Scan heads for highest throughput rates and precision.

The camera view option makes positioning even easier! The working area is recorded by an integrated camera and displayed in real time in beLaserMark. This allows you to easily position the desired laser image on the object to be marked without the need for an adjustment part.

Target and position lasers are always included as standard in addition to the camera view option.

beLaserMark

- Version 2020 now available in 5 additional languages.


- Up to 6 lasers simultaneously via one software interface!


- Direct webshop laser solution.

Laserbeschriftungsgerät

Marking laser: Frequently asked questions (FAQ)

Which materials can be marked with a laser?

The choice of laser strongly depends on the material of your components.

  • Fiber lasers are the first choice for metals such as stainless steel, aluminum, copper, brass, or titanium. They provide deep engravings or high-contrast annealing marks.

  • CO₂ lasers work particularly well on organic materials, plastics, wood, or ceramics. They are also suitable for painted or coated surfaces.

  • UV lasers and green lasers are used when sensitive materials need to be marked with high precision, for example very small fonts or heat-sensitive plastics.

We are happy to test your material with a free feasibility analysis and sample marking to determine the optimal laser source. Please feel free to contact us for more information.

How fast does a marking laser work in production?

The productivity of a laser is measured by how many parts it can mark per hour. Besides laser power, the marking content itself also plays a role. Optimizing the graphics can further increase speed.

In general:

  • For simple serial numbers or DataMatrix codes, marking times are often just a few milliseconds/seconds per part.

  • More complex logos or larger marking areas require more time, but can be accelerated with higher-powered lasers or high-speed scanners.

  • Inline integration into conveyor systems, rotary indexing tables, or robotic systems can further optimize processes.

How long does a laser engraver last?

The service life of a laser marking system depends on the laser source used. For example, fiber lasers are especially known for their long service life and low maintenance requirements. The average lifetime of a fiber laser exceeds 100,000 operating hours.

How durable are laser markings?

Laser markings are considered one of the most durable marking methods available.

  • They are abrasion-resistant, as the surface is altered or removed.

  • They withstand chemicals, oils, cleaning agents, and solvents.

  • They remain stable and legible even under high heat or UV exposure.

  • Even after years, serial numbers, barcodes, or QR codes can be reliably scanned.

This durability is particularly important in industries such as automotive, medical technology, or mechanical engineering, where standards and legal requirements demand secure traceability.

Can a marking laser be integrated into my production line?

A marking laser offers its greatest benefits when seamlessly integrated into existing manufacturing processes.

  • Modern systems provide interfaces such as Ethernet, Profinet, or OPC UA for connectivity with PLC, MES, or ERP systems.

  • They can be coupled with robots or conveyor systems so that parts are automatically fed and marked.

  • Optional camera systems can be integrated to check positioning or verify code quality immediately after marking.

This ensures the laser is not an “isolated solution,” but a fully integrated part of production that accelerates processes and reduces error rates.

What are the costs and how quickly does a marking laser pay off?

The LMF Easy marking laser for metals and plastics is available at beLaser for €16,900.

Although the initial investment in a laser marking system is often higher than for simple labeling or printing systems, it quickly pays off thanks to low operating costs and long service life.

  • Fiber lasers reach lifetimes of up to 100,000 hours without replacing the laser source.

  • No consumables such as ink or labels are required.

  • Maintenance and spare part costs are very low compared to alternative methods.

  • Automation reduces personnel costs and downtime.

In many cases, the investment pays for itself within one to three years, depending on production volume and previous marking methods.