300 Watt Pulse Laser: OEM & Customization

A 300 W pulsed laser from Klear is built around the job, not around a catalog. We start with the chassis: 304 stainless frame, IP54 sealing, and modular rack rails so the same core can slide into a robot seventh axis, a gantry, or a hand-held gun. Need food-grade passivation or a Class 1 safety enclosure? We add it before the laser leaves our floor, so you do not pay for field retrofits later.

Software is written in-house on a real-time Linux kernel. We expose every pulse parameter—width 10–500 ns, frequency 1–4000 kHz, waveform selection—through a web interface that your PLC can query with JSON. If you run a line that flips from 2 mil aluminum to 0.4 mm Cu in the same shift, the recipe store holds 256 parameter sets and switches in <15 ms over EtherCAT.

Power scaling is done at the source, not by dumping duty cycle. We fit 300 W MOPA modules from JPT or Raycus, lock the QBH to <1 % power drift over 8 h, and then give you ±1 % closed-loop feedback through a photodiode tap in the cabinet. That means 300 W on the work, not 300 W minus 15 % of aging losses.

Traditional needle guns, chemical baths, or grinding wheels tear up the substrate and throw consumable costs onto your P&L every quarter. Our 300 W pulsed beam removes 40 µm of rust per pass at 3 m² h⁻¹ without touching the underlying steel, so Ra stays below 2 µm and you eliminate grit disposal fees.

主な特徴と利点

The Klear Laser 300-watt pulsed laser cleaning machine represents the pinnacle of non-destructive surface preparation technology. We engineer this system specifically to replace abrasive sandblasting and hazardous chemical stripping in heavy industrial environments. It delivers high-energy pulses that vaporize contaminants instantly while ensuring the underlying substrate remains structurally unaltered.

At the core of our system lies a premium JPT MOPA (Master Oscillator Power Amplifier) fiber laser source. Unlike standard Q-switched sources, the JPT architecture allows for precise tunability of pulse duration and frequency independent of one another. This capability enables operators to remove thick rust layers or delicate oil films by adjusting the pulse width to minimize thermal input into the base material.

We pair this powerful source with a specialized, ergonomic cleaning head featuring high-speed dual-axis galvanometer mirrors. These optics oscillate the laser beam rapidly to create a uniform cleaning pattern without creating hot spots that could warp the metal. The optical design maintains a stable focal point to ensure consistent energy density across complex geometries and curved surfaces.

Substrate safety remains our primary engineering priority when deploying 300 watts of pulsed energy. The short, high-peak-power pulses create a shockwave effect that ejects oxides and coatings without generating a significant Heat Affected Zone (HAZ). This non-contact process ensures that injection molds, historical artifacts, and precision aerospace parts retain their dimensional accuracy after cleaning.

産業用途

Pulsed laser cleaning machines with 300W output excel in precision surface preparation within aerospace manufacturing. They remove oxide layers, sealants, and coatings from sensitive aluminum alloys and composites without thermal damage to underlying structures. This process replaces chemical stripping and abrasive blasting near fuel systems or composite airframes where contamination risks are critical. The short pulse duration ensures minimal heat input, preserving material integrity.

In automotive production, 300W pulsed lasers efficiently clean rust, weld spatter, and oil residues from chassis components and engine blocks prior to welding or painting. This eliminates secondary pollution from sandblasting media or chemical solvents during pre-treatment stages. Maintaining substrate roughness (Ra) within tight tolerances is vital for subsequent adhesion of protective coatings on high-strength steel parts.

Marine industry applications focus on descaling salt-corrosion and removing marine growth from stainless steel decks, aluminum superstructures, and propulsion components during vessel maintenance. The controlled pulse energy prevents pitting on thin substrates common in shipbuilding while meeting strict environmental regulations for dry-dock operations. This reduces hazardous waste generation compared to traditional wire brushing or solvent-based methods.

The table below summarizes key material applications and operational parameters for Klear Laser’s 300W pulsed cleaning systems:

These systems utilize adjustable pulse widths (15-200ns) and frequencies (30-80kHz) to maintain substrate safety across diverse industrial materials while achieving contaminant removal rates up to 1.2 m²/hour. Klear Laser’s technology directly supports environmental compliance by eliminating chemical waste streams inherent in conventional surface preparation.

クリアレーザーを選ぶ理由

Klear Laser’s 300W pulsed laser cleaning systems deliver precision surface preparation without abrasives or chemicals. These machines excel at rust removal and coating stripping while protecting delicate substrates through adjustable pulse width control. The technology replaces conventional methods with a clean, efficient process that eliminates secondary waste streams.

Our technical support network provides immediate access to laser application specialists who understand industrial cleaning challenges. We offer remote diagnostics, on-site training, and process parameter optimization for your specific rust removal applications. This ensures your production team maximizes throughput while maintaining substrate integrity.

Each 300W pulse laser carries a comprehensive three-year warranty covering the laser source, scanning optics, and control systems. This coverage includes performance guarantees and priority replacement of critical components. Extended warranty options provide additional protection for high-duty-cycle operations in demanding industrial environments.

Klear Laser maintains regional spare parts inventories with same-day shipping for critical components. All parts meet original specifications for the 300W pulsed source and beam delivery systems. Our predictive maintenance programs identify wear patterns in scanning heads and optics, enabling proactive replacement before failures occur.