Laser Machine Smoke Purifier

Smoke Purifier Key Specifications • Filtration System • Multi-stage: includes pre-filter, activated carbon filter, and HEPA filter, designed to remove fine particulates, odors, and VOCs. • Motor & Air Handling • Brushless motor for efficient operation, lower energy use, and improved heat dissipation. • Comes with a 1.4 m smoke pipe, making it easy to connect to CO₂, fiber, or diode laser machines. • Noise & Power • Engineered for quiet operation, though no exact dB rating provided. • Low energy consumption—ideal for prolonged use. • Physical Dimensions & Weight • Size: 24.5 × 24.5 × 4.5 cm • Weight: approximately 8 kg • Maintenance & Extras • Includes 3 replacement primary filter cottons, making long-term upkeep simpler. • Compact and portable, easily integrated into small or medium workshops. Performance Profile • Filtration efficiency is not explicitly quantified (e.g., µm ratings or % capture), but the system is described as "high-efficiency" and suitable for a range of laser machines. • Typically used with desktop to small industrial laser units—suited for home studios and professional setups. Summary Table Feature Details Filtration Stages Pre-filter, activated carbon, HEPA Motor Brushless Smoke Pipe Included (1.4 m) Filters Provided 3 spare pre-filter cottons Noise Level Quiet (no specific dB) Power Consumption Low energy usage Dimensions 24.5 × 24.5 × 4.5 cm Weight ~8 kg Intended Use CO₂, fiber, diode lasers in home or small workshops Additional Considerations • If you're looking for detailed technical metrics—like airflow (m³/h), exact filtration efficiency percentages, or noise levels in decibels—those aren't provided in the current data. • These specs reflect typical mid-range laser smoke extractors. If you need more advanced performance (higher airflow, certified HEPA efficiency, remote control), you might consider industrial models like the SFX 400L, which offers ~600 m³/h flow, 600–700 W power, and H13 HEPA rated 99.9% at 0.5 µm. Final Thoughts • The AlgoLaser Smoke Purifier is compact, efficient, and user-friendly—ideal for small studios and desktop laser systems. • It excels in ease of integration and maintenance but lacks some quantifiable performance specs.