Industrial Laser Marking Machines
Whether you need a manually loaded workstation or fully automated machine, we offer a wide range of solutions built for industrial applications and optimized to mark metals.
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Turnkey laser marking solutions
We offer everything you need to get running, including class-1 laser safety enclosure, active dust and fume management, integrated barcode validation, remote support functionalities, and more. -
High-speed lasers
Our lasers systems are the fastest every time they are benchmarked. With up to 1,000W of laser power, they can meet any cycle time. -
Challenging marking requirements
Our lasers maintain traceability through various post treatments, including shotblasting, e-coating, powder coating, and heat treating. They can also be equipped with autofocus and vision systems to compensate for positioning variations.
Manually Loaded Fiber Laser Marking Machines
Our manually loaded machines can be used in standalone operations or installed inline and connected to PLCs, MES and SCADA systems. If you need to increase production later, they can be transformed into automated solutions at minimal cost.
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Flex Laser Marking Workstation
As a simple yet flexible manually loaded machine, the Flex workstation allows you to pick the features you need from our laser technology while minimizing your investment for part traceability.
- Pick only the features you need
- Cost-effective
- Easy to use on reception
- Robot-ready
- Quick changeovers
- Simple multi-part support
- Portable
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Rotary Table Marking Workstation
The Rotary Table workstation offers the highest throughput of all manually loaded laser machines. It does so by optimizing the operator’s time, who triggers table rotations and loads parts during laser marking.
- High throughput
- Mechanical & software customization
- Industrial grade
- Operator part selection & validation
- Portable
Fully Automated Fiber Laser Marking Machines
Our robot and conveyor solutions can be implemented inline and are low maintenance. They can operate 24/7 in harsh environments with high heat, dust, and oil. Each machine is designed to address specific challenges, such as short cycle times, multiple part marking, space optimization, or part positioning variations.
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Rotary Laser Marking Machine
Made for challenging marking requirements, the Rotary Table machine optimizes the cycle time by marking in hidden time. This frees up the robot arm, giving it enough time to load parts on the other side of the rotary table.
- Minimal impact on cycle time
- Operator part selection & validation
- Industrial grade
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Open-Air Laser Marking Machine
Easy to install in existing production lines, the Open-Air machine is ideal to make use of an existing robot that performs multiple operations in a sequence. No fixtures are needed, as the robot holds parts during the marking process. When equipped with a vision system, this machine can easily mark multiple parts and cavities.
- Leverages robot idle time
- Manages multiple parts & multi-cavity parts without fixtures
- Part positioning feedback provided to robot
- Flexible & compact design
- Industrial grade
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Automated Door Laser Marking Machine
As our most flexible automated solution, the door machine allows you to position markings anywhere and lets the robot load parts from any direction. It is ideal if the robot can perform other tasks during marking.
- Flexible part loading
- Robot can perform other tasks during marking
- Industrial grade
- Operator part selection & validation
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Conveyor Laser Marking Machine
Adapted to your conveyor system, the conveyor marking machine manages part positioning variations automatically, allowing you to precisely mark moving parts on the fly or parts that are stopped for another process.
- Easy to retrofit
- Marking on the fly
- Adjustments for part positioning variations
CO2 Laser Marking Machines
CO2 laser marking systems can power our machines. They can be optimized for thin and flat materials such as fabrics, plastics and rubber. You can find out how our machines can be customized for your application by speaking with an expert.
Benefits of Our Laser Marking Machines for Production Lines
Improve Your
Traceability Capabilities
Our laser technology can push your capabilities further by allowing you to implement traceability in a harsh environment, create permanent markings that resist surface treatments, or improve the contrast of your identifiers.
Lower
Inline Maintenance
Laser machines help you keep downtime to a minimum because they use a non-contact process that functions without consumables. They rarely need to be stopped for maintenance, unlike other marking technologies like dot peening, scribing, and inkjet printing.
Keep Up with
Short Cycle Times
Capable of meeting the most challenging cycle times, the laser beams marking your parts are backed by up to 1,000W of laser power. You can choose from various machine configurations based on your requirements.
Operate for
100,000 Hours
Our machines are equipped with a high-quality laser source that keeps them running 24/7 for at least 10 years with the same marking quality and low maintenance.
Industrial Laser Marking Applications & Videos
Manufacturers all over the world use our lasers to mark serial numbers, data matrix codes, QR codes and logos on their parts and products. Here are a few examples of applications.
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Laser Marking of Automotive PartsParts such as aluminum die castings often need to comply with traceability regulations to ensure that automotive OEMs manage potential recalls effectively. Since laser marking creates high-contrast and permanent marks, it is widely used to meet these requirements. |
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Laser Etching of Aluminum IngotsLaser direct part marking generates permanent and detailed identifiers on primary metal products like ingots, sows, slabs, and billets. It is widely used to replace printed labels in smelting plants. |
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Laser Engraving to Withstand AbrasionIf part traceability requires resistance to abrasion, a fiber laser engraver is the solution. With deep engraving, you can engrave VIN numbers and shotblast resistant codes. |
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Laser Etching of SteelOxide layers that form on steel usually need to be removed before applying a permanent mark. The resulting white background is ideal to improve contrast and obtain high-quality marks. |
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Laser Annealing of Stainless SteelStainless steel needs to be laser annealed to protect its chromium oxide layer and prevent rust from getting into the metal. This marking process creates a permanent laser mark through a chemical reaction under the surface. |
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Laser Marking of Plastics and PolymersPlastics like PVC and polyethylene can be marked using a fiber or a CO2 laser marker, as different types of plastics need different wavelengths. Performing tests based on the marking requirements helps determine the best type of laser for each application. |