What Is Laser Cleaning: OEM & Customization

Klear Laser designs industrial-grade chassis with robust construction for harsh environments. Units feature IP65 ratings and vibration dampening for stability. Customizable mounting options allow integration into existing production lines. Mobile platforms are available for field applications requiring portability.

Our systems offer tailored software interfaces with preset cleaning profiles for specific materials. Remote diagnostics and automated cycle control enhance operational efficiency. Integration with PLC systems enables seamless factory automation workflows.

Adjustable power settings from 500W to 2000W accommodate diverse rust removal tasks. Precise pulse width control ensures substrate safety across different materials. Power modulation prevents overheating while maintaining cleaning efficacy.

Ключевые особенности и преимущества

Laser cleaning replaces sand-blasting, chemical baths and wire brushing with a micro-second burst of pure light. A Klear Laser Pulsed Laser Cleaning Machine stores energy in a compact JPT solid-state source, then releases it through a galvanometer-scanned head at 1 MHz. The 100 ns pulse is shorter than the thermal relaxation time of rust, paint or oil, so the contamination vaporises while the steel, aluminium or magnesium substrate stays below 50 °C. No grit, no acids, no secondary waste.

The JPT MOPA oscillator inside every Klear cabinet gives independent command of pulse width, frequency and power. That means one 200 W unit can remove heavy mill-scale at 20 kHz for maximum material ejection, then drop to 30 kHz and 80 ns to polish a 6061-T6 surface to Ra 0.4 µm without texture change. A Raycus Q-switched alternative can be fitted for price-focused jobs, but JPT keeps the rise time under 5 ns and delivers ±1 % power stability for shift-long consistency.

Power leaves the cabinet through a 5 m armoured cable and enters our sealed IP54 scan head. Two German galvanometer motors move a 30 mm mirror set at 6 m s⁻¹; wobble software adds 0–5 mm sinusoidal or spiral motion so a 200 µm spot can cover a 3 mm strip in a single pass. Air-blade shrouds keep the quartz window clear, and an integrated coaxial red pointer makes alignment instant. Operators simply set desired intensity on the 7-inch PLC; the head does the rest while the work piece stays cold.

Because the pulse width, spot wobble and head speed are all software variables, Klear machines clean delicate mould vents in the morning andblast 1 mm thick ship-deck rust in the afternoon with no consumables except electricity and compressed air.

Промышленное применение

Laser cleaning is a non-contact thermal ablation process utilized heavily across high-precision industries to remove contaminants without damaging the base material. At Klear Laser, our Pulsed Laser Cleaning Machines utilize high-energy light pulses to vaporize rust, paint, and oxides instantly. This technology replaces abrasive sandblasting and toxic chemical solvents, aligning with our mission for cleaner industrial processes.

The automotive sector relies on laser cleaning for pre-weld preparation and post-weld treatment of chassis components to ensure structural integrity. Removing oil, grease, and rust ensures high-quality bonds during assembly, which is critical for vehicle safety standards. Additionally, tire mold cleaning is a primary application where precise pulse widths allow for the removal of vulcanized rubber residue without altering the intricate textures of the steel molds.

In the aerospace industry, substrate safety is paramount when maintaining turbine blades, engine components, and fuselage skins. Our pulsed laser systems offer adjustable pulse widths that target specific coating layers while leaving the delicate aluminum or composite substrate completely intact. This precision prevents micro-cracks and material fatigue often caused by mechanical abrasion methods, extending the lifecycle of critical flight hardware.

Marine maintenance crews utilize high-power laser cleaning to combat severe saltwater corrosion and bio-fouling on ship hulls, propellers, and engine rooms. The process efficiently strips heavy rust and old anti-fouling paint to prepare surfaces for recoating without generating hazardous secondary waste. This method significantly reduces containment costs compared to traditional grit blasting in dry docks while ensuring the steel substrate remains undamaged.

The core advantage of Klear Laser’s technology lies in the control of optical parameters to manage heat input. Short, high-peak power pulses generate a plasma expansion that ejects contaminants away from the surface faster than heat can conduct into the base metal. This mechanism guarantees that the substrate remains cool and structurally sound throughout the rust removal cycle.

Industrial Application and Material Compatibility Table

Почему стоит выбрать Klear Laser

Klear Laser guarantees operational continuity through rapid technical support. Our 24/7 global hotline connects customers directly with certified laser engineers. Remote diagnostics resolve 80% of issues within 2 hours, minimizing production line OEE loss. Field engineers deploy within 24 hours for critical on-site assistance.

We provide an industry-leading 24-month comprehensive warranty covering all core components. This includes laser sources (JPT/Raycus), motion systems, and optical heads for welding and cleaning machines. Coverage explicitly excludes consumables like nozzles or protective lenses. This warranty significantly exceeds the standard 12-month coverage offered by most competitors.

Global spare parts logistics ensure minimal machine downtime. We maintain strategic warehouses with 95%+ availability for critical components like scanner heads and pump diodes. Next-business-day shipping is standard worldwide, with serialized tracking for all high-value parts. This infrastructure directly supports sustained pollution-free operations across your facility.