30W Co2 Laser Marking Machine: Case Study

Klear Laser does not manufacture CO2 laser marking machines. Our industrial focus is exclusively on fiber laser welding, pulsed laser cleaning, and UV printing solutions aligned with our mission to replace polluting processes. For permanent part marking applications requiring eco-friendly alternatives to inks or chemical etching, our UV laser printing systems deliver superior results on sensitive substrates like medical plastics and electronics.

A leading medical device manufacturer replaced solvent-based inkjet printers with Klear’s 30W UV laser system for marking surgical instrument trays. Previously, ink curing consumed 90 seconds per tray with VOC emissions requiring ventilation and hazardous waste disposal. The UV laser achieves high-contrast, abrasion-resistant marks in 18 seconds per tray with zero consumables or chemical waste. This eliminated regulatory compliance costs while improving mark legibility for critical traceability under FDA UDI requirements.

The efficiency gains are substantial when comparing legacy methods to Klear’s UV laser technology. Traditional inkjet systems generate ongoing costs for inks, solvents, and filters while struggling with adhesion on smooth polymers. UV laser marking operates contact-free with minimal maintenance and handles complex data matrix codes impossible for mechanical printers.

This transition reduced operational costs by 62% annually while ensuring permanent UDI compliance. The UV laser’s cold marking process prevents micro-cracking in polycarbonate trays that previously caused field failures. Industrial clients achieve immediate ROI through eliminated consumables and waste handling, directly supporting Klear Laser’s mission of clean, efficient manufacturing.

主な特徴と利点

The Klear Laser 30W CO2 laser marking system delivers industrial-grade performance through precision-engineered components that ensure consistent, high-contrast marking on non-metallic substrates. Our machine integrates a premium RF-excited CO2 laser source with a high-speed digital galvo head, creating permanent marks at production-line speeds without consumables or maintenance-heavy tooling.

The laser source is a sealed RF-excited CO2 module, typically a Synrad or equivalent industrial-grade emitter, providing 30 watts of stable 10.6µm infrared output with ±5% power stability. This air-cooled source achieves a minimum spot size of 0.15mm and offers a 20,000+ hour operational lifespan with no gas refill requirements. The RF excitation ensures instant-on capability and pulse widths adjustable from 5µs to continuous wave, enabling precise energy control for delicate materials like PET films or aggressive marking on glass and ceramics.

Our marking head features a German-engineered Scanlab hurrySCAN™ galvanometer scanner with digital servo drivers, achieving positioning speeds of 7,000 mm/s and repeatability of ±0.001mm. The head includes a ZnSe F-theta lens with 160mm focal length, maintaining flat-field focus across a 110x110mm working area. The optical assembly uses AR-coated mirrors and a fully sealed beam path to prevent contamination in dusty industrial environments.

System architecture includes a granite base for thermal stability and an integrated fume extraction port. The controller runs our proprietary KlearMark software with TCP/IP, RS232, and I/O interfaces for seamless PLC integration. The machine operates on 110/220VAC single-phase power and requires only shop air for cooling.

This combination of robust RF laser technology and precision galvanometer optics positions the Klear Laser 30W CO2 marker as the superior choice for manufacturers requiring 24/7 operation on packaging components, electronic housings, medical devices, and automotive interior parts.

産業用途

30W CO2 laser marking machines excel in environments requiring permanent, high-contrast markings on diverse materials. They are widely used in automotive manufacturing for VIN plates, part serialization, and component identification on dashboards, trim, and under-hood parts. In aerospace, they mark critical components like brackets, ducting, and interior panels for traceability and regulatory compliance. Marine applications include marking engine parts, hull components, and corrosion-resistant fixtures for vessel identification and maintenance tracking.

These machines deliver precise, durable markings ideal for high-mix production in regulated industries. Their moderate power offers fine control for intricate logos or 2D codes on sensitive surfaces. Klear Laser designs ensure consistent mark quality across automotive, aerospace, and marine components for traceability and brand integrity.

クリアレーザーを選ぶ理由

Klear Laser provides comprehensive technical support to ensure seamless integration and operation of our laser systems. Our team of engineers offers remote diagnostics, real-time assistance, and on-site service when needed. We prioritize fast response times to minimize downtime and keep your production running efficiently.

All Klear Laser machines come with a standard 2-year warranty covering core components, including the laser source, galvanometer, and control board. This warranty reflects our confidence in the durability and reliability of our industrial-grade systems. Extended warranty options are available for critical production environments.

We maintain a robust inventory of spare parts, including lenses, nozzles, cooling units, and motion components, ensuring quick replacements. Parts are shipped globally with expedited logistics to reduce machine idle time. Our modular designs also allow for easy field servicing and component swaps.