Laser Welder Cutter: Technical Specifications

Industrial laser systems achieve true dual-mode operation by exploiting the 1070 nm ±10 nm window delivered by either a JPT or Raycus CW fiber source.

At this wavelength steel couples 35 % of the incident photons, aluminium 14 %, copper 4 %, so the same beam can melt a 3 mm steel weld pool yet still vaporise a 0.2 mm copper foil when the spot is reduced to 30 µm.

That single wavelength therefore lets one machine swap from conduction welding to fusion cutting without changing optics; you only retune power density and assist gas.

Pulse energy is the real lever in the cut-weld switch-over.

Continuous-wave (CW) mode supplies up to 4 kW average, but the internal driver can gate the cavity in 0.2 ms bursts; peak power then jumps to 6 kW, enough to pierce 8 mm mild steel without pre-drilling.

For welding you open the duty cycle to 100 %, drop peak to 3 kW and add a 2 mm-amplitude wobble head; the wider melt track wets the groove while the lower peak avoids plasma expulsion, giving 3 mm penetration at 1 m min⁻¹ travel speed.

A closed-loop chiller keeps the 976 nm pump diodes within ±0.5 °C because every 1 °C rise shifts the cavity resonance 0.3 nm, enough to walk the beam off the 12 µm core.

The chiller also circulates 7 l min⁻¹ through the wobble head and QBH cable, removing 8 kW of waste heat so the galvo mirrors stay below 35 °C and pointing drift stays < 0.05 mrad over an 8-hour shift.

With one 1070 nm engine, one chiller, and one wobble head you eliminate the grinding station, the plasma table, and the post-weld heat-treatment oven.

Hauptmerkmale und Vorteile

Klear Laser engineers our laser welder cutter systems to redefine industrial fabrication standards by replacing slow, high-heat traditional methods with photonic precision. We integrate top-tier fiber laser sources with advanced optical delivery systems to ensure superior performance in heavy-duty environments. This combination allows operators to switch seamlessly between deep penetration welding and precise cutting tasks without sacrificing quality.

The core of our machine’s superiority lies in the utilization of premium JPT and Raycus laser sources. These sources are selected for their exceptional beam quality and modulation capabilities, which are essential for maintaining consistent energy density. A high-quality source ensures stable output power over long operational hours, resulting in uniform weld beads and slag-free cuts even on reflective materials like aluminum and copper.

We equip our machines with state-of-the-art wobble welding heads designed to manipulate the laser beam geometry dynamically. This wobble technology expands the beam interaction area, allowing the system to bridge wider joint gaps that traditional fixed beams cannot handle. The result is a more aesthetically pleasing weld with significantly reduced porosity and improved mechanical strength compared to TIG or MIG processes.

Our systems achieve impressive penetration depths in materials ranging from stainless steel to carbon steel alloys. The focused energy density allows for deep, narrow welds with a minimal heat-affected zone, effectively preventing thermal distortion in thin sheets. When switched to cutting mode, the high peak power vaporizes metal instantly to create clean edges that require little to no post-processing.

Industrielle Anwendungen

Industrial laser systems are specialized tools; no single “laser welder cutter” exists for combined welding and cutting operations. Klear Laser provides dedicated fiber laser welding machines for precision joining and pulsed laser cleaners for surface preparation. Conflating these functions risks process inefficiency and safety hazards in critical applications.

Automotive manufacturers use our fiber laser welders for electric vehicle battery tab welding, powertrain components, and sensor housings. High-power JPT or Raycus sources deliver consistent 0.8-1.5mm penetration in thin conductive metals. Wobble welding heads eliminate porosity in aluminum battery busbars while protecting sensitive electrolytes.

Aerospace facilities deploy these systems for turbine blade repair, actuator assembly, and satellite component fabrication. The precise energy control of pulsed fiber lasers prevents heat damage to nickel superalloys like Inconel 718. Wobble technology ensures full-penetration welds at 1.2mm depth in Ti-6Al-4V without cracking.

Marine engineering relies on our welders for propulsion system joints, instrumentation housings, and corrosion-resistant piping. Stainless steel 316L components achieve leak-proof seals at 1.0mm penetration using optimized pulse shaping. Substrate integrity is maintained through parameter-controlled heat input below critical thresholds.

Warum Klear Laser wählen

Klear Laser delivers comprehensive post-sale support engineered for industrial manufacturing environments where uptime is critical. Our value proposition centers on maximizing equipment availability and ensuring consistent production quality across fiber laser welding and pulsed laser cleaning operations. We recognize that these systems represent significant capital investments that must deliver ROI through years of reliable service.

Our technical support infrastructure provides 24/7 access to certified laser application engineers via phone, secure remote diagnostics, and on-site service. Remote troubleshooting capabilities leverage built-in system telemetry to resolve over 80% of issues within two hours, minimizing production interruptions. For hardware failures requiring physical intervention, certified technicians deploy within 24 hours in major manufacturing regions. Every installation includes comprehensive operator training and maintenance certification to ensure your team can perform routine care correctly.

The warranty program protects your investment with industry-leading coverage terms. Fiber laser sources from JPT and Raycus receive 24 months of protection against power degradation and manufacturing defects. Complete welding systems including wobble welding heads, optical chains, and motion platforms carry 12 months of comprehensive coverage. Extended warranty packages extend protection up to 5 years and include annual preventive maintenance visits where we validate penetration depths, beam quality, and cleaning efficiency parameters.

Spare parts availability is guaranteed through our multi-million dollar inventory network strategically positioned near industrial hubs. Critical components including replacement laser sources, galvanometer scanning heads, protective optics, and cleaning nozzles ship within 24 hours under standard service levels. We maintain predictive stock levels based on mean-time-between-failure data for components operating in harsh manufacturing environments. Emergency same-day dispatch with air freight options ensures production-critical situations receive immediate priority.