Ventilation System for FNATR A1 & A1 Mini Enclosure
Ventilation System for FNATR A1 & A1 Mini Enclosure
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Ventilation System
Advanced 5-Stage Filtration, Total Protection
Clean Air, Safe Printing
A dual-protection setup with enclosure and ventilation system. Blocks 98% of particles and uses a 5-stage HEPA + activated carbon filter to capture dust and neutralize VOCs.
Powerful VOC Extraction
6000 RPM Fan · 7× Faster Airflow · Full Refresh in 60s
5-Stage Filtration
Micron-Level Defense · SmartCare Extends Filter Life 40%
Enhanced Heat Management
Advanced exhaust fan improves airflow to reduce heat buildup, while dedicated cooling safeguards the mainboard—ensuring stable, consistent printer performance.
Tri-Mode Airflow Control
Silent Mode – whisper-quiet for home/office, Balanced Mode – optimized airflow for long prints, Performance Mode – maximum filtration and protection for ABS printing.
Key Features
Must-Have Upgrade for FNATR A1 & A1 Mini Enclosures!
Prioritize Your Family's Safety
3D printing generates invisible fumes that may contain harmful compounds. Even non-toxic PLA can produce odors. As 3D printing becomes more popular among families, a ventilation system is essential to protect your loved ones.
Powerful VOC Extraction
With Performance Mode, the exhaust fan operates at full capacity, rapidly clearing fumes from the enclosure.
Advanced 5-Stage Filtration
Featuring G4, F9, and two H13 HEPA filters along with activated carbon, this system captures 99.95% of particles as small as 0.3 microns, effectively eliminating odors and harmful chemicals from 3D printing.
Enhanced Heat Management
The exhaust fan improves air circulation, preventing heat buildup inside the enclosure. This helps prevent the mainboard from overheating and supports the printer in maintaining optimal performance.
Whisper-Quiet Operation
Activate Silent Mode for ultra-low noise levels - just 30dB, quieter than the printer. You'll hardly notice it running!
Energy Efficient
This system operates with low energy consumption even at maximum fan speed, allowing continuous use during long prints without significantly increasing electricity costs.