Type Of Marking: Technical Specifications

Klear Laser’s pulsed fiber systems operate at 1064nm wavelength. This near-infrared spectrum optimally couples with metal oxides and contaminants. Shorter wavelengths risk substrate absorption and damage on reflective metals. Precise wavelength control ensures energy targets only surface impurities during cleaning applications.

Pulse energy directly impacts removal efficiency and substrate safety. Our adjustable systems deliver 0-200mJ per pulse with nanosecond precision. Higher energy removes thick rust faster but requires careful calibration to avoid base metal interaction. Micro-second pulse width control prevents heat accumulation in sensitive alloys like aluminum or thin steel sheets.

Efficient cooling is non-negotiable for industrial pulse stability. Klear systems utilize closed-loop chillers with ±0.5°C temperature control. This maintains consistent beam quality during extended operation. Air-cooled alternatives fail under high-duty cycles, causing pulse drift and process failures in continuous production environments.

The table below contrasts legacy techniques with Klear Laser’s pulsed cleaning technology for surface marking and preparation tasks:

JPT and Raycus laser sources power our high-repetition-rate systems. Wobble welding heads integrate seamlessly for marking verification on weld seams. This ensures full penetration without cold shuts in battery tab welding applications. Pulse-on-demand capability prevents undercutting on copper busbars through real-time energy modulation.

Key Features & Advantages

Klear Laser systems achieve superior performance through precision-engineered components that outperform traditional industrial equipment. Our fiber laser welding machines integrate premium JPT and Raycus laser sources with advanced wobble welding heads to deliver unmatched penetration control and beam stability. This combination eliminates process variability and ensures repeatable results in high-volume manufacturing environments.

The laser source serves as the foundation of system performance. Klear Laser exclusively deploys JPT and Raycus fiber lasers rated for 100,000-hour lifespans with power stability better than ±1%. These sources produce a near-perfect single-mode beam (M² < 1.2) that maintains focal integrity across complex joint geometries. Unlike conventional YAG or CO₂ lasers, our fiber architecture delivers instant-on capability with zero warm-up time, reducing energy consumption by 60% in multi-shift operations.

Our proprietary wobble welding heads transform static beams into dynamic processing tools. The galvanometer-driven oscillation system modulates spot diameter from 0.2mm to 5mm at frequencies up to 3000 Hz while maintaining linear penetration depths up to 8mm in mild steel. This head design eliminates the need for precise fixture alignment and compensates for part variability up to 2mm gap tolerance. The programmable wobble patterns—circular, elliptical, and figure-eight—optimize molten pool dynamics to prevent hot cracking in aluminum and high-carbon alloys.

Penetration capability directly correlates with our component synergy. A 2kW JPT source paired with our standard wobble head achieves 6.5mm penetration in stainless steel at 2.5 meters per minute travel speed. The same configuration penetrates 5mm titanium without shield gas contamination due to the head’s laminar flow nozzle design. This performance eliminates post-weld grinding and reduces heat-affected zones to less than 0.3mm width, preserving base metal properties in critical applications like aerospace battery enclosures and medical device assemblies.

Industrial users report 40% faster cycle times and 85% less rework compared to TIG or MIG processes. The component durability ensures maintenance intervals exceed 2000 operating hours, while modular source-head architecture allows field upgrades without replacing entire systems. Klear Laser’s rigorous component matching and factory calibration eliminate the guesswork that plagues generic laser systems, providing true plug-and-play integration into robotic workcells and automated lines.

Industrial Applications

Automotive Industry

Laser cleaning machines remove rust, oxidation, and coatings from automotive components like engine blocks and chassis. Pulse width control ensures precise material ablation without damaging sensitive substrates like aluminum alloys. Substrate safety is maintained through adjustable energy density, preserving critical tolerances.

Aerospace Industry

Aerospace applications require rust removal and oxide elimination from turbine blades and fuselage panels. Short pulse widths prevent thermal stress on high-strength titanium alloys. Substrate safety is critical for composite materials, avoiding delamination or structural compromise.

Marine Industry

Marine equipment benefits from laser cleaning of ship hulls, valves, and propulsion systems to remove salt deposits and corrosion. Pulse width optimization prevents pitting on stainless steel and carbon steel. Substrate safety ensures long-term integrity in saline environments.

Why Choose Klear Laser

Klear Laser provides comprehensive technical support to ensure smooth integration and operation of our industrial laser systems. Our team of engineers offers remote diagnostics, on-site assistance, and training tailored to your production environment. This proactive support minimizes downtime and maximizes system performance.

We back every machine with a 2-year warranty covering core components, including the laser source, optical path, and control system. This extended coverage reflects our confidence in the durability and reliability of our Fiber Laser Welding and Pulsed Laser Cleaning machines, giving industrial users long-term peace of mind.

Spare parts are readily available through our global logistics network, ensuring fast replacements when needed. Whether it’s a protective lens, nozzle, or control board, genuine Klear Laser parts maintain system integrity and performance.