Solda A Laser: Technical Specifications

Klear Laser’s fiber welding systems operate at 1070-1080nm wavelengths. This near-infrared spectrum delivers optimal absorption in metals like steel, aluminum, and copper. Shorter wavelengths reduce reflectivity losses, ensuring efficient energy transfer for deep, stable weld pools. Precise wavelength control minimizes spatter and porosity in critical joints.

Pulse energy directly governs penetration depth and bead geometry in pulsed welding modes. Our Raycus and JPT fiber sources achieve 0.5-100mJ pulse energy with microsecond control. Higher pulse energy enables single-pass welding of 3mm+ steel without filler material. Adjusting pulse duration prevents burn-through on thin substrates while maintaining full fusion.

Industrial cooling is non-negotiable for sustained high-power operation. Our closed-loop chillers maintain coolant at 20-25°C ±0.5°C for 3000W+ systems. Inadequate cooling causes thermal lensing, beam instability, and source failure within hours. Direct diode cooling ensures 24/7 production reliability in foundry environments.

The table below compares traditional welding against Klear Laser’s fiber solutions:

Wobble welding heads dynamically oscillate the beam to bridge gaps up to 0.3mm. This eliminates joint preparation costs while producing hermetic seams in battery and medical device manufacturing. Pulse-on-demand capability synchronizes weld parameters with robotic motion paths for complex 3D contours.

主な特徴と利点

Klear Laser’s solda a laser systems deliver unmatched welding precision through premium component integration. Our machines utilize either JPT or Raycus fiber laser sources, ensuring stable beam quality and exceptional power consistency across extended production cycles. The wobble welding head technology creates oscillating beam patterns that increase weld width while maintaining precise heat control, eliminating spatter and reducing porosity in critical joints.

The JPT sources provide superior single-mode beam profiles ideal for thin materials and precision electronics, while Raycus multi-mode modules excel in heavy industrial applications requiring deep penetration up to 8mm in stainless steel. Both platforms feature plug-and-play fiber delivery with minimal maintenance requirements and 100,000-hour operational lifespans. Real-time power feedback loops maintain ±1% stability, crucial for automotive and aerospace compliance standards.

Our proprietary wobble heads oscillate at frequencies up to 300Hz with adjustable amplitude from 0.2mm to 5mm, creating seam widths three times larger than static beams without sacrificing speed. This motion pattern bridges gaps up to 0.5mm in mismatched parts, reducing pre-weld machining costs by 40%. Integrated coaxial vision systems provide 20-micron alignment accuracy for complex path welding.

System architecture includes water-cooled optics that prevent thermal drift during continuous operation. The ergonomic handheld models feature 360-degree swivel fiber cables and 3D scanning heads for multi-axis fabrication. All systems support Industry 4.0 connectivity with OPC-UA protocol for seamless MES integration.

These engineered solutions replace traditional MIG/TIG processes in shipbuilding, medical device manufacturing, and mold repair applications. The technology eliminates consumable costs and reduces post-weld grinding by 70%, delivering ROI within 18 months for high-volume production environments. Our systems operate without shielding gas in many configurations, further reducing operational expenses while achieving Class A cosmetic welds on visible surfaces.

産業用途

Automotive Industry

Laser welding excels in automotive manufacturing, particularly for electric vehicle (EV) battery assemblies where hermetic seals are critical. It joins transmission components, exhaust systems, and structural reinforcements with minimal distortion and high repeatability. High-power Fiber Laser sources (JPT/Raycus) enable deep penetration welds in thick-section parts like motor mounts while maintaining precision on thin gauge components like fuel tanks. Wobble welding heads further enhance process stability for complex joints in EV platforms.

Aerospace Sector

In aerospace, laser welding creates high-integrity, lightweight structures where weight savings are paramount. It produces critical joints in airframes (e.g., wing panels), engine components (e.g., turbine blades), and fuel systems requiring leak-proof seals. The technology’s ability to weld reactive and high-strength alloys (like titanium Ti-6Al-4V) with minimal heat input prevents thermal distortion and maintains material properties. Pulsed modes and wobble scanning ensure superior control on thin-walled, high-reliability parts.

Marine Applications

Marine engineering leverages laser welding for corrosion-resistant hull sections, propeller shafts, and seawater system components. Its high welding speeds and deep penetration (facilitated by JPT/Raycus Fiber Laser sources) efficiently join thick plate materials like duplex stainless steels while minimizing heat-affected zones. Wobble welding heads improve gap tolerance and weld quality on curved or irregular surfaces, crucial for shipbuilding and offshore structures. The process delivers consistent, high-strength seams resistant to harsh marine environments.

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 industrial laser systems. Our team of engineers offers remote diagnostics, on-site assistance, and real-time troubleshooting to minimize downtime and maximize productivity across manufacturing environments.

We back every machine with an industry-leading 2-year warranty covering core components, including the laser source and control system. This warranty reflects our confidence in the durability and performance of our Fiber Laser Welding and Pulsed Laser Cleaning machines under continuous industrial use.

Spare parts are readily available through our global logistics network, ensuring fast delivery and minimal disruption. Critical components like laser heads, cooling units, and power supplies are kept in stock to support long-term operations and reduce machine idle time.