UV laser marking is a “cold” marking process, which means it minimises thermal stress on the target material.
Instead of relying on heat, UV lasers photochemically alter the material’s surface, resulting in precise, high-resolution marks without melting or damaging delicate substrates.

• Laser Source: Fiber Laser 20W / 30W / 50W
• Marking Area: ø140 with FFL160 / ø220 with FFL254
• Marking Height: 200 mm (FFL160) / 95 mm (FFL254)
• Power Supply: 110 – 230 Vac, 50Hz

Laser Marking Software: FlyCAD

Our proprietary FlyCAD software provides an intuitive Windows-based environment offering:

• User-Friendly: Windows-based WYSIWYG design.
• All-in-One File Management: Handles power, frequency, and design files (LMF/XML).
• Versatile Marking: Supports TrueType text, serial numbers, barcodes, and logos.
• Motion Control: Manages up to 9 axes.
• Lifetime Free Upgrades: Always stay updated.
• MES-ERP Integration: Easy system-wide integration.
• Custom Software Development: Tailored marking solutions.
• Robotic Synchronisation: Compatible with PROFIBUS, PROFINET, RS232.

Engineered for Micro-Precision

• UV Laser Source: Solid-state lasers operating at 355 nm or 266 nm wavelengths.
• High-Precision Galvanometer Scanner: Rapid and accurate beam positioning.
• Advanced Beam Delivery Optics: Focused energy for sharp, fine markings.
• Control Software: Supports design, variable data management, and real-time process control.
• Optional Vision System: Automatic alignment and quality inspection for flawless results.

Superior Marking on Sensitive Materials

• Minimal Heat Affected Zone (HAZ) prevents warping, discolouration, or material degradation.
• Ideal for plastics, ceramics, glass, and thin metals—no damage even on fragile substrates.
• Delivers excellent contrast on transparent materials such as clear plastics and optical components.

Exceptional Precision and Resolution

• Capable of microscopic markings smaller than 50 microns.
• Sharp edge definition for detailed logos, barcodes, and 2D DataMatrix codes.
• Enables complex designs and high-density data in minimal space.

Versatility in Application

• Compatible with polymers, glass, metal films, and more.
• Flexible processes including engraving, surface marking, and coating removal.
• Adaptable to polished, rough, coloured, or coated surfaces.

Non-Contact Process

• No mechanical stress—ideal for delicate assemblies and ultra-thin materials.
• Contamination-free process suitable for sterile or cleanroom environments.
• Mark through transparent packaging films without opening the product.

Electronics and Semiconductor Industry

UV laser marking offers unmatched micro-scale precision, making it ideal for advanced electronic and semiconductor components where material sensitivity and traceability are critical.

• IC and Microchip Marking: High-resolution, non-invasive data matrix codes, logos, and serial numbers on silicon and ceramic substrates.
• PCB Serialisation: Contact-free, low-heat marking on multilayer PCBs, ensuring no damage to delicate circuit paths.
• Semiconductor Wafer Identification: Edge marking on bare or coated wafers with micron-level clarity for inventory and production traceability.
• Passive Component Labelling: Clean, legible marks on miniature capacitors, resistors, and inductors.

Medical and Pharmaceutical

UV lasers enable sterile, precise, and biocompatible markings on sensitive instruments and packaging, complying with global medical standards such as UDI and FDA regulations.

• UDI (Unique Device Identification) Marking: Laser-etched codes on surgical tools, implants, and medical-grade stainless steel.
• Batch and Lot Coding: Chemical-free, tamper-proof marking on blister packs, syringes, glass ampoules, and polymer vials.
• Surgical Tool Identification: High-contrast marks on titanium, ceramics, and stainless steel with zero burrs or heat-affected zones.

Aerospace and Defence

UV laser systems are ideal for marking advanced composite materials and high-performance alloys used in aircraft and defence components.

• Composite Material Marking: Delicate, non-destructive identification on carbon fibre and glass-reinforced plastics.
• Critical Part Traceability: Permanent data codes on mission-critical parts such as turbine blades, housings, and avionics.
• Ceramic and Alloy Part Labelling: Ultra-fine alphanumeric and 2D code marking on temperature-resistant materials without surface cracking or microstructural changes.

Automotive Electronics

UV laser technology is vital in the automotive sector for marking on plastics and electronic subassemblies with exceptional durability and precision.

• Plastic Switches and Sensor Housings: Precise markings on ABS, PBT, PA6, and other automotive-grade polymers.
• Display and Touch Panel Marking: Clean edge markings on polycarbonate and glass panels for branding and calibration.
• Connector Serialisation: Crisp, abrasion-resistant marks on small connectors and wiring harnesses for automated assembly and diagnostics.

Luxury Goods and Premium Packaging

UV laser marking delivers aesthetically pleasing, detailed, and permanent branding ideal for high-end goods and anti-counterfeiting measures.

• Watch Movement and Dial Marking: Fine engravings on sapphire glass, ceramic bezels, and metal watch parts.
• Perfume Bottle and Cosmetic Packaging: Clear and elegant marking on curved glass, lacquered metal, and coated plastic.
• Security & Invisible Marking: Invisible UV-reactive codes embedded into products or packaging for brand protection and traceability.

• Advanced Technology: Latest laser marking innovations combined with reliable rotary mechanisms.
• Precision and Reliability: Consistently uniform and permanent markings across curved surfaces.
• Expert Support: Comprehensive service including installation, operator training, and technical consultation.

Partner with United Spectrum Instruments for seamless marking performance and future-proof technology in your production line.