A fiber laser marking machine uses a solid-state laser source generated and amplified through doped optical fibers. This modern technology provides:

• Higher efficiency
• Extended lifespan
• Superior marking quality

Fiber lasers emit high-peak power beams with excellent beam quality, allowing fast, accurate, and permanent marking on a variety of materials.

Laser Marking Software: FlyCAD

The FlyCAD software enhances fiber laser marking functionality through:

• • User-Friendly WYSIWYG Interface (What You See Is What You Get)
  • Complete Marking Control: Text, serial numbers, barcodes, datamatrix, logos.
  • 9 Axis Movement Control: For advanced robotics and automation.
  • MES-ERP System Integration: Seamless data management.
  • Custom Software Development: Tailored marking workflows.
  • Robotic Synchronisation: PROFIBUS, PROFINET, RS232 connectivity.
  • Lifetime Free Updates: Future-proof your investment.

Engineered for Performance

• Laser Source: High-intensity laser beam generator delivering focused energy for precise marking.
• Galvanometer Scanners: Rapidly and accurately direct the laser beam for detailed, high-quality markings.
• Worktable: Supports a variety of workpieces securely, accommodating different sizes and shapes.
• Control System: Coordinates laser parameters, movement, and pattern programming for efficient operation.

Why It Delivers More

⁠Unmatched Precision

• Capable of creating intricate, crisp, and distortion-free designs, serial numbers, and 2D codes.
• Ideal for small surfaces and detailed markings with high clarity.

Fast & Efficient

• Performs rapid marking tasks, significantly increasing production throughput.
• Maintains high quality at high speeds, optimizing workflow.

⁠Durability & Traceability

• Produces permanent laser markings resistant to abrasion, high temperatures, and harsh chemicals.
• Ensures long-term traceability across product lifecycles.

⁠Low Maintenance & Cost Savings

• No consumables such as inks or solvents needed, reducing downtime and operational costs.
• Fiber lasers are reliable and require minimal maintenance, enhancing overall efficiency.

Wide Material Compatibility

• Suitable for stainless steel, aluminum, brass, plastics (ABS, PVC, PE), and ceramics.
• Adaptable to diverse applications across industries, from electronics to jewelry.

Industrial Manufacturing and Engineering

Fiber lasers are widely used for part identification, regulatory compliance, and inventory control. In high-throughput production lines, they enable:

• Serial number and batch code marking
• Logo marking on machine components
• Marking of enclosures, brackets, and fasteners
• Asset tracking and lifecycle traceability

Medical Device and Healthcare Equipment

Fiber lasers meet ISO 13485 and FDA UDI standards for hygienic, corrosion-resistant, and permanent markings. Applications include:

• Laser etching on surgical tools and implants
• Traceability codes on endoscopes and catheters
• Calibration marks on diagnostic devices
• Corrosion-resistant data matrix and serialisation

Electronics and Semiconductor Industry

Fiber laser marking enables micron-level precision for the traceability of miniature components. It’s ideally suited for:

• Engraving serial numbers on PCB assemblies
• Marking microchips, connectors, and housings
• Anti-counterfeit codes on memory cards and semiconductors
• Static and dynamic marking on ESD-sensitive surfaces

Aerospace and Defence Components

Compliance with AS9100 and MIL-STD requirements makes fiber laser marking the gold standard for aerospace:

• Permanent part identification
• Certification and inspection markings
• UID (Unique Identification) coding
• High-contrast marking on titanium and nickel alloys

Automotive and EV Component Manufacturing

In automotive and electric vehicle applications, fiber lasers support:

• VIN number engraving
• Component traceability for drivetrain, chassis, and braking systems
• Laser coding on battery modules and thermal management components
• Compliance labelling for safety-critical assemblies

Tooling, Dies, and Mould Manufacturing

Fiber laser machines deliver high-resolution and durable markings for:

• Mould cavity identification
• Engraved tool calibration data
• Part number etching on die inserts
• Engraving wear-resistant codes on tungsten and hardened steel

Die Casting and Forging Industry

In die casting and forging operations, fiber lasers ensure traceability and quality assurance for large, heavy, and heat-treated components:

• Part identification on forged shafts, crankcases, and gears
• Casting batch numbers on aluminium or magnesium parts
• Logo and safety compliance marks on heavy-duty components
• Post-process laser engraving on rough or oxidised surfaces

Jewellery, Watches, and Luxury Goods

Fiber lasers are prized in high-end sectors for detailed, burr-free marking on delicate materials:

• Monogramming and serialisation on jewellery pieces
• Custom logo engraving on watches and accessories
• Anti-counterfeit features on luxury packaging
• Precision engraving on gold, silver, platinum, and titanium

Scientific Instruments and Laboratory Equipment

Precision marking in scientific environments supports:

• Calibration scales on lab glassware
• Serial number engraving on sensors and instruments
• Asset tagging for cleanroom-compatible devices
• Durable ID marking on coated or anodised surfaces

Quality and Reliability

Our machines undergo rigorous quality control to deliver consistent performance and superior marking results.

Latest Technology

Stay ahead with high-speed scanners, precision optics, and advanced software designed for Industry 4.0 standards.

Full Lifecycle Support

We assist you before, during, and after your purchase, ensuring installation, operator training, and maintenance services.

Customisation

Tailor marking speed, depth, and area based on your unique application — perfect-fit solutions.

Competitive Pricing

Maximise your ROI with affordable, high-performance machines — premium quality without premium costs