Laser Cabinet Stripper: Case Study

A Midwest shipyard faced severe delays stripping marine electrical cabinets. Traditional sandblasting took 8 hours per cabinet, damaged delicate steel substrates, and generated hazardous silica dust requiring costly containment. Their Klear Laser Pulsed Cleaning System (model PLC-200) removed marine-grade epoxy coatings and underlying rust in under 2.5 hours per unit. Operators maintained the original metal integrity with precise 150ns pulse width control, eliminating secondary surface restoration.

The PLC-200’s adjustable pulse frequency (1-500 kHz) ensured complete rust removal down to white metal without warping thin cabinet walls. Safety protocols prevented heat accumulation even on intricate hinges and knockouts. Substrate temperature never exceeded 60°C during operation, preserving powder-coated adjacent surfaces. This precision reduced rework by 95% compared to mechanical methods.

The shipyard now processes 12 cabinets weekly versus 3 previously, meeting urgent retrofit deadlines. Zero OSHA violations related to airborne particulates occurred after implementation. Laser cleaning eliminated $18,000 monthly in waste disposal fees while extending cabinet service life through non-destructive substrate preparation. This directly supports Klear Laser’s mission of replacing polluting processes with clean technology.

主な特徴と利点

Klear Laser’s cabinet stripper systems redefine industrial surface preparation through precision pulsed laser technology. Our enclosed platform integrates premium components that deliver consistent, contamination-free results while eliminating abrasive media and chemical waste. This approach maximizes operator safety and minimizes environmental impact across demanding production environments.

The heart of our system is a JPT fiber laser source, engineered for high peak power and exceptional beam quality. These sources provide pulse widths from 10 to 500 nanoseconds, allowing precise energy delivery that vaporizes rust and coatings without transferring excessive heat to the substrate. This tunable pulse architecture ensures stable power output across millions of operational hours, reducing maintenance cycles and sustaining production uptime.

Our proprietary cleaning head features a high-speed galvanometer scanner with F-theta telecentric optics, maintaining uniform spot characteristics across the entire working envelope. The head incorporates real-time autofocus capabilities and a coaxial vision system for precise targeting verification. Advanced beam shaping technology optimizes energy density distribution, preventing substrate damage while maximizing stripping efficiency across complex geometries.

Substrate safety remains paramount in our design philosophy. The ultrashort pulse durations create rapid thermal stress on surface contaminants while limiting heat diffusion into base materials. This makes our cabinet stripper ideal for delicate substrates including aluminum alloys, carbon fiber composites, and thin-gauge steel. Operators can process historic restoration projects or aerospace components with confidence, as the HAZ remains virtually nonexistent.

Industrial users benefit from integrated fume extraction and Class 1 laser safety certification within the sealed cabinet architecture. The system handles continuous operation in shipyards, automotive refinishing facilities, and heavy equipment remanufacturing plants. Rust removal rates exceed 15 m²/hour on heavily corroded steel, with surface cleanliness achieving SA 2.5 standards without profile alteration.

産業用途

Laser cabinet strippers excel in Surface Treatment applications across demanding industries. They are primarily deployed for Rust Removal, Paint Stripping, and Oxidation Layer Elimination. The パルス幅 of the laser is critical, allowing precise control over the ablation depth and heat input. This ensures 基板の安全性 by minimizing the heat-affected zone and preventing damage to the underlying base material, unlike abrasive methods. They are integral to preparing surfaces for welding, coating, or inspection.

Automotive Industry: Used extensively for rust removal from classic car bodies, restoring chassis components, and preparing surfaces for welding or coating. The precise pulse width allows selective removal of paint or corrosion without damaging underlying panels. It’s crucial for restoration and repair, ensuring structural integrity.

Aerospace Sector: Applied for cleaning turbine blades, engine components, and structural elements. Laser ablation safely removes oxides and contaminants from delicate alloys like titanium. The minimal substrate impact and ability to clean complex geometries without disassembly are key benefits. It prepares surfaces for critical inspections and repairs.

Marine Environment: Essential for hull cleaning, tank maintenance, and hardware restoration. Effectively removes heavy marine corrosion, old antifouling paints, and barnacles from steel and aluminum. The dry, non-abrasive process is environmentally friendly and prevents further damage during cleaning. It’s vital for extending vessel lifespan and improving fuel efficiency.

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 assistance, on-site service, and real-time troubleshooting to minimize downtime and maximize productivity across your production line.

We stand behind our equipment with a robust 2-year warranty on all core components, including the laser source, scanner, and control system. This extended coverage reflects our confidence in the durability and reliability of our machines built with industrial-grade components from JPT, Raycus, and IPG.

Spare parts are readily available through our global logistics network, ensuring fast delivery and minimal disruption. We maintain a full inventory of critical components—from nozzles and lenses to power supplies and galvanometers—so your system stays operational with quick turnarounds.