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