How Strong Is Laser Welding: OEM & Customization

Klear Laser designs custom chassis with high-strength steel frames for maximum stability during industrial operations. Integrated liquid cooling systems ensure consistent performance under heavy workloads. Vibration-dampening mounts eliminate micro-movements, guaranteeing precision in high-power welding environments.

Our proprietary software delivers intuitive control with pre-set programs for stainless steel, aluminum, and high-strength alloys. Real-time monitoring automatically adjusts parameters to maintain weld quality. Seamless integration with robotic arms and CNC systems enables fully automated production lines without operator intervention.

We offer scalable laser power options from 500W to 10kW using industry-leading JPT or Raycus sources. Each system is precisely tuned to match your material thickness and application requirements. This flexibility ensures optimal results for thin automotive panels or heavy structural components.

Principais caraterísticas e vantagens

Fiber laser welding strength starts at the source.

Klear Laser fits every cell with your choice of JPT or Raycus modules that hold a 35 % electro-optical conversion rating and deliver beam quality M² < 1.2.

That tight, low-divergence beam stays in focus across the 300 mm working window, so the same 2 kW you pay for actually reaches the melt pool instead of being lost to plasma scatter.

The weld head is the next multiplier.

Our standard wobble welding head oscillates the spot 0–4 mm at 0–6 kHz while a triple-protective glass cartridge keeps the lens at 25 °C even at 100 % duty.

That micro-stir breaks surface tension, pulls gas out of the keyhole, and lets you fill gaps up to 0.8 mm with 30 % less laser power than a static head.

Penetration numbers prove the point.

On 304 stainless the combination gives 4.2 mm full-penetration at 2 kW, 6 m/min travel, Argon assist; on 5 mm aluminum the same source runs 3 m/min and still passes a 180° bend test to AWS D17.1.

Because the head’s field-replaceable collimating and focusing packs come in 100, 150, 200 and 300 mm options, you can trade depth of field for penetration without buying a second laser.

Below is a snapshot of the core components next to a legacy YAG cell; the numbers show why the Klear platform turns electricity into stronger, cleaner joints with half the floor space.

Aplicações industriais

Laser welding delivers superior joint strength and consistency compared to traditional MIG or TIG methods, making it indispensable for critical industrial applications. This technology utilizes high-quality fiber laser sources, such as JPT or Raycus, to generate a highly concentrated energy beam. The resulting weld boasts deep penetration and a narrow heat-affected zone, ensuring that the structural integrity of the parent material remains uncompromised.

In the automotive sector, manufacturers utilize fiber laser welding for assembling high-strength steel chassis components and electric vehicle battery packs. The precise control offered by our machines ensures hermetic seals on battery casings without damaging sensitive internal electronics. The deep penetration capabilities of 3kW laser sources allow for single-pass welding of thick structural frames, significantly increasing production throughput.

Aerospace engineers demand uncompromising strength and minimal thermal distortion for flight-critical hardware. Our systems employ advanced wobble welding heads to stir the molten pool, which helps eliminate air pockets and impurities in aluminum and titanium alloys. This specific beam manipulation creates lightweight yet incredibly durable joints that meet rigorous safety standards.

The marine industry relies on laser welding to fabricate stainless steel components that must withstand harsh saltwater environments without corroding. The smooth, consistent bead produced by laser technology reduces the need for extensive post-weld grinding or polishing. This efficiency accelerates production timelines for boat hulls and deck equipment while maintaining a weld strength that often exceeds that of the base metal.

The strength of the bond is directly influenced by the precise modulation of the laser beam and the mechanics of the delivery system. By utilizing a wobble welding head, the beam oscillates to bridge wider joint gaps and improve the metallurgical mix of the materials. This dynamic movement ensures a robust fusion that withstands extreme mechanical stress and vibration.

Porquê escolher a Klear Laser

Klear Laser ensures industrial uptime with comprehensive technical support. Our global team provides 24/7 remote diagnostics and on-site assistance for fiber laser welding systems. This minimizes production downtime during critical operations involving deep penetration welding or precise wobble head applications. JPT and Raycus laser source integration is fully supported throughout the machine lifecycle.

Our industry-leading warranty covers all core components for two full years, significantly exceeding standard market offerings. This includes complete protection for the fiber laser source, wobble welding head, and motion control systems essential for achieving consistent penetration depth. Unlike competitors, we do not exclude critical optics or power modules from coverage. This reduces long-term operational risk for manufacturing lines.

Global spare parts logistics guarantee 72-hour delivery for 95% of consumables and wear components. We maintain strategic warehouses stocked with JPT/Raycus-compatible optics, scanner parts, and wobble mechanism assemblies. Rapid availability prevents extended停工 when maintaining high-power welding parameters. This infrastructure supports continuous production in demanding industrial environments.