Explore our engineering line-up engineered in Shenzhen. Each platform is built with modular optical assemblies, industrial chillers, and field-tested safety interlocks for cross-sector deployment.
In selective photochemical and photothermal ablation, 2000 Watts (2kW) represents the critical inflection point balancing linear surface coverage speed with thermo-mechanical substrate integrity.
Continuous operation on oxide/thick rust scaling
Available on high-energy pulsed custom configurations
With dynamic wobble optic trajectory control
High-grade fiber pump source lifetime rating
Continuous wave (CW) 2000W systems utilize high energy density at 1064nm–1080nm near-infrared wavelengths. Contaminants, paint films, and metal oxides possess vastly higher absorption coefficients than the underlying structural steel or aluminum, driving instant vaporization and acoustic spallation without entering molten keyhole regimes.
A 2000 Watt fiber cleaner consumes only electricity (typically 7-9 kW full-system draw) and clean assist gas, eliminating ongoing procurement of garnet, copper slag, or dry ice pellets. Operating expenditures drop from $45–$80/hr in abrasive setups to below $1.80/hr in direct electrical consumption.
Equipped with high-frequency 2D dual-axis scanning mirrors, our cleaning heads project versatile beam geometries—such as linear stripes, rings, spirals, and herringbone hatches—up to 300mm sweep width. This geometry control prevents localized heat accumulation on temperature-sensitive alloy matrices.
Engineering-grade procurement benchmarks based on factory-direct FOB/CIF contracts. System prices scale with laser engine topology, optical collimation, and embedded safety integration.
| System Class | Laser Source Architecture | Typical Beam Modulation | Target Substrates / Coatings | FOB Estimate (USD) |
|---|---|---|---|---|
| 2000W Standard CW Handheld | Continuous Wave Fiber (Maxphotonics / Raycus) | Single/Dual-Axis Wobble (0-150mm) | Structural heavy rust, ship hull marine growth, thick epoxy | $4,800 – $6,800 |
| 2000W 3-in-1 / 4-in-1 Hybrid | Continuous Fiber + Multi-Process Nozzle Head | Adjustable spot diameter & wobble modes | Dual-use: Weld prep cleaning, 5mm fillet welding, cutting | $5,500 – $7,900 |
| 2000W High-Spec CW Industrial | Tier-1 Fiber (IPG Photonics / nLIGHT) | High-speed dual-axis digital galvo | Automotive chassis e-coat removal, pipeline corrosion | $8,500 – $12,800 |
| 2000W High-Energy Pulsed Platform | MOPA / Q-Switched Solid State or Fiber | Pulsed 50-200ns, >100mJ energy/pulse | Injection molds, turbine blades, precision aerospace zero-damage | $38,000 – $58,000 |
| 2000W Automated Robot Cell | CW or Pulsed integrated with 6-Axis Robotic Arm | Vision-guided optical seam tracking | Automated battery tray de-coating, rail axle maintenance | $24,000 – $65,000+ |
*Note: Pricing subject to custom configuration requests (fiber delivery length, safety enclosure classes, chillers rated for tropical ambient up to 50°C, and custom PLC protocol interfacing like Profinet or EtherCAT).
From maritime dockyards to cleanroom semiconductor tool maintenance, our 2000W laser platforms eliminate secondary hazardous waste streams and guarantee metallurgical repeatability.
Decoating ballast tanks, propeller decalcification, and preparing heavy structural steel for IMO PSPC corrosion coatings without creating hazardous spent grit.
Selective depainting of aircraft skins, thermal barrier coating (TBC) refurbishment, and carbon-composite mold cleanings compliant with MIL-STD criteria.
High-speed paint clearance on battery pack ground points, stator hairpin copper enamel stripping, and post-stamping oil degreasing on body-in-white (BIW) lines.
In-press, zero-wear residue cleaning on complex steel and aluminum tire vulcanization molds, avoiding mold dimensional erosion caused by glass beads.
Shenzhen Youmir Laser Technology Co., Ltd. integrates component engineering, optoelectronic assembly, and burn-in testing across 5,000m² of specialized manufacturing footprint.
Unlike equipment assemblers, Youmir Laser designs its proprietary beam scanning cards, multi-language HMI firmware, and fiber alignment collimators. This allows direct hardware-level optimization for unique customer duty cycles.
Located in Shenzhen's Guangming high-tech corridor with branch facilities in Zhongshan and Hunan, we harness immediate local supply of precision CNC housings, military-grade cooling radiators, and automated cable harnesses.
Every 2000W cleaner undergoes 72 hours of continuous thermal stress testing inside calibrated environmental chambers to detect diode degradation, optical misalignment, and chiller coolant pressure fluctuations prior to international shipping.
Deploying industrial laser equipment across North America, the European Union, Australia, and APAC demands rigorous adherence to functional safety and optical radiation regulations.
Full conformity with EN 60204-1, EN ISO 11553-1, and EMC Directive 2014/30/EU. Dual-channel safety circuits ensure emergency cutoff triggers beam attenuation within <10 milliseconds.
Systems destined for the United States include CDRH accession documentation, keyed interlock switches, remote interlock connectors, optical emission delay indicators, and laser protective eyewear certified to OD6+ at 1064nm.
Backed by partner hubs and expedited DHL/FedEx logistics delivering quartz protective lenses, collimating optics, and replacement galvo mirrors to job sites across 50+ countries within 48 to 72 hours.
Youmir Laser's R&D pipeline is focused on intelligent sensor convergence, automated real-time spectral feedback, and higher electrical-to-optical conversion efficiencies.
Laser-Induced Breakdown Spectroscopy (LIBS) sensor integration reads the atomic emission plume during each microsecond pulse. Real-time neural network inference auto-shuts off or modulates the beam the exact nanosecond all oxide is cleared, preventing micro-ablation of base metals.
Transitioning diode arrays to wide-bandgap GaN driver topologies lifts wall-plug electrical efficiency from 32% to over 48%, significantly shrinking thermal chiller footprints and enabling compact, mobile battery-powered 2000W backpacks for field utility maintenance.
Direct integration of 3D stereo-depth LiDAR onto robotic cleaning heads allows instant cloud point reconstruction of unmapped, damaged workpieces. Algorithmic software dynamically plans focal distances and galvo sweep patterns without manual G-code programming.
Detailed technical, operational, and commercial insights answered directly by our chief optical engineers.
In addition to dedicated 2000W cleaning systems, Youmir Laser manufactures CNC automated cutters, precision jewelry welders, and heavy-duty mold repair systems for worldwide shipment.
