The LXQ is a unique fiber laser marking system designed for quick integration in all types of production lines. Offering unmatched speed and reliability, it is ideal for metal marking applications. It can create permanent marks including data matrix codes, QR codes, serial numbers, alphanumeric characters and logos.
Our optimal configuration for metal parts has been benchmarked multiple times against other lasers and was always the fastest – up to 126% faster! With up to 100W, our available laser power will allow you to meet the most challenging cycle times.
We’ve developed unique features that consistently generate high-quality markings. The 3D Autofocus, our most advanced feature, adds up to 3 axes of compensation to offer the highest part-positioning tolerance in the industry.
Our laser is built to mark parts 24/7 for more than 10 years while maintaining its marking speed and quality. To minimize maintenance, we build our systems with robust components and include the peripherals you need to protect your equipment in a demanding environment.
Each laser system is delivered preconfigured, pre-calibrated and pre-tested with the optimal configuration for your needs. Controlled using PROFINET or Ethernet/IP, the LXQ Series includes peripherals ready to be used, quick start programs for Allen-Bradley and Siemens PLCs, and a web-based HMI.
Wherever you are, our laser experts are there to support you on-site or through a secure cloud VPN. Offering remote installation support, training and after-sales support, we take great pride in assisting our customers at every step of the journey.
Laserax offers Class-1 laser certification services to simplify integration and prevent safety issues. You can design your own enclosures with help from our laser safety experts or integrate our standard Class-1 certified enclosures to get a complete solution.
When you buy an LXQ, you get access to customized laser processes developed by true experts. We specialize in adapting laser systems for the client’s manufacturing process. This includes markings that sustain post surface treatments (powder coat, e-coat, shotblast, heat, etc.)
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Fiber laser markers range from 20W to 100W depending on the marking speed required for your application. Higher laser powers that range from 200W to 500W are also offered as part of the LXQ-HP series.
We offer two types of laser heads. 2D heads are used to mark flat surfaces and can easily compensate for surface roughness imprecisions. 3D heads can be used to mark any types of geometries, compensate for bended parts, and mark at a 45° angle.
Optionally, 3D heads can be used with our 3D-Autofocus for an even greater part-positioning tolerance. All laser heads are completely sealed off, protecting them from dust, water, oil particles and other contaminants.
Our standard lens configuration provides the best optical configuration for most part marking requirements, offering an industry-leading marking field and marking distance that helps reduce dust generated by laser marking from accumulating on the lens.
Our advanced lens configuration is used to engrave the most durable markings such as the ones that maintain traceability after shotblasting.
The air-knife prevents dust accumulation on the lens by blowing a continuous airstream. This reduces lens cleaning maintenance and guarantees a consistent marking quality.
Our Class-1 open-air enclosures can be integrated in your solutions, allowing you to quickly obtain your laser safety certification.
Our 3D Autofocus automatically detects part-positioning variations and adjusts the marking configuration to consistently generate high-contrast markings. This feature prevents complex laser head adjustments.
Our barcode validation feature monitors marking quality right after 2D codes are marked. Our validation system and Cognex camera can predict which 2D codes will live up to the marking benchmark, even if the parts undergo post surface treatments.
These advanced features can easily be integrated by directly connecting peripherals on the controller’s back panel.
The LXQ series offers a wide range of configurations to meet all types of marking demands.
| Category | Specifications |
|---|---|
| Output Power | 20W, 30W, 50W, 100W |
| Nominal Pulse Repetition Rate | 20kHz, 30kHz, 50kHz, 100kHz |
| Power Consumption | 250W, 300W, 400W, 550W |
| Laser Type | Ytterbium-doped fiber |
| Supply Voltage | 24 VDC |
| Pulse Energy | Up to 1 mJ |
| Pulse Width | 100 ns for 3 m fiber cable 125 ns for 5 m fiber cable |
| Wavelength | 1064 nm |
| Beam Quality | <2 |
| Laser Safety Class | Class 4 laser product: CSA-E60825-1:15, 21 CFR 1040.10, IEC 60825-1 |
| Cooling | Air cooling |
| Laser Cord Length | 3 m 5 m |
| Fiber Cable Minimum Bending Radius | Static: 80 mm Dynamic: 150 mm |
| Laser Source MTBF | 100,000 hours |
| Protection (EN 60529) | IP67 |
| Autofocus Modes (optional) | Automatic Z offset Automatic Z offset and one-angle correction Automatic Z offset and two-angle correction |
| Barcode Validation (optional) | Cognex DataMan 260 Series Cognex DataMan 370 Series |
| Remote Access Security Protocol | OpenVPN (encrypted channel – OpenSSL) |
| HMI Software | Web based, Allen-Bradley, Siemens |
| I/o | Terminal Block I/O, M12-5 pins, Encoder Signal |
| Communications | Ethernet/IP, PROFINET, RS - 232, OPC/UA, USB |
| Dimensions (W x H x D) | Source: 4U rackmount 483 x 177 x 500 mm Control: 3U rackmount 483 x 133 x 500 mm 2D Head: 340 x 150 x 138 mm 3D Head: 489 x 162 x 170 mm |
| Weight | Laser: 17 kg Control: 9 kg 2D Head: 9 kg 3D Head: 14 kg |
| Environmental Conditions | Temperature: 10 °C to 35 °C Humidity: 10% to 90% (without condensation) |
| Approvals | cULus Listed, CE |
| Focal Length | 254 Mm | 420 Mm |
|---|---|---|
| Max Scanning Speed | 18 m/s | 30 m/s |
| Nominal Spot Size | 0.075 mm | 0.125 mm |
| Nominal Marking Distance | 315 mm | 527 mm |
| Effective Z-Focusing Range (3D heads) | 290–355 mm | 465–615 mm |
| Nominal Marking Field Size | 175 x 175 mm | 300 x 300 mm |
| Depth of Focus | 3 mm | 6 mm |
Our laser markers come configured with the marking process required for your application. If you ever change your manufacturing process, the laser configuration can be updated to fit your new process.
Systems configured with laser etching can mark metals at high speeds. The laser beam creates black and white bumps by melting the surface. You can laser etch a wide variety of metals, including steel, aluminum, anodized aluminum, lead, magnesium, zinc, and more.
Systems configured for laser engraving vaporize materials into fumes to create deep engravings. Although metal engraving is slower than other processes, the results are more durable. Fiber laser engravers can engrave steel, aluminum and other metals.
Instead of creating surface markings, laser annealing chemically modifies the material’s color under the surface. It is used with stainless steel and chrome parts to preserve the protective layer.
LXQ fiber lasers can be configured for multiple laser processes. Apart from laser marking, they can be used for laser cleaning, texturing and hardening to treat surfaces. All these processes can replace technologies and treatments that require consumables.
Using a secure remote access platform, a web-based HMI configuration, and an Internet connection, Laserax is able to provide fast and seamless remote service. Our experts can assist you remotely with pre-sales testing, live demos, engineering, installation, training, and after-sales support.
Open-air enclosures are Class-1 certified products that can be integrated to your laser machine designs.
The high-power series can meet shorter cycle times with up to 500 watts of laser power. They are commonly used for laser cleaning, texturing, and hardening.
CO2 lasers are used to mark organic materials like plastic, polymer, rubber and cardboard.