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    Integrated Dust & VOCs Solutions—From Source to Stack
    Engineering Design • Modular Architecture • Intrinsic Safety • IoT Remote O&M
    Industry Solutions
    Woodworking Dust Collection and Extraction Solution
    Woodworking Dust Collection and Extraction Solution
    Pain points we solve:
    Sawdust and fine wood particles cause filter clogging, machine wear, and air quality issues. Frequent tool changes and diverse machines create unstable airflow and uneven collection in traditional systems.
    Welding Fume Extraction and Dust Control Solution
    Welding Fume Extraction and Dust Control Solution
    Pain points we solve:
    Welding, cutting, and grinding generate fumes and fine particulates that harm operators, contaminate equipment, and risk explosions when mixed with sparks.
    Chemical and Pharmaceutical VOCs Treatment Solution
    Chemical and Pharmaceutical VOCs Treatment Solution
    Pain points we solve:
    Chemical synthesis, solvent handling, and pharmaceutical coating produce VOCs and odors subject to strict compliance.
    How We Solve It (Pain → Approach → Outcomes)
    Pain we see: unstable compliance, high idle energy, complex maintenance.
    Source mapping
    air-volume calculation
    engineered ducting with AP-linked control
    matched filtration
    modular mainframes & silos
    HAC for VOCs
    safety stack
    IoT visibility
    Outcomes: audit-ready PM < 5 mg/m³, quieter workshops ≤ 80 dB, lower lifecycle cost (demand-based fans, min. 7.5 kW low-load), higher availability (independent fan groups).
    Full-stack self-development from algorithms to the entire machine
    GEN 1
    Baseline Multi-Fan Architecture Inherited from European Tech
    Multiple fans are connected in parallel as a group, initially realizing on-demand air supply and energy consumption reduction.Vibration-type ash cleaning, simple structure, low maintenance threshold.Value to the client:As an early adoption solution, procurement and maintenance costs are controllable.Ample interfaces and space are reserved for future expansion and upgrades (pulse, IoT).
    GEN 2
    Cost-Effective 4-Fan Module with Higher Throughput
    Fan structure, higher airflow per unit areaBalancing cost and performance, suitable for medium to large factories with multiple production lines running simultaneouslyValue for the client:Cost-effective: Covers more points within a limited budgetFast delivery: Many modular standard components, with clear spare parts and maintenance cycles
    GEN 3
    Pulse Cleaning & Safety-Compliant Standardization
    Pulse backwashing allows the filter media to recover more efficiently and ensures a more stable lifespan.Standardized upgrades in structure, electrical control, and documentation facilitate inspection and reuse.Value for Party More stable compliance: more favorable for third-party acceptance.Easier maintenance: predictable cycles and reduced downtime risk.
    GEN 4
    Mobile Pulse Cleaning with +30% Efficiency at Same Power
    Mobile pulse cleaning is more aligned with the filter material load, making the cleaning more thorough and smarter. 
The air volume of a single fan is upgraded to 8,500, significantly improving efficiency under the same power. 
Value for the client: Lower TCO: Reduced overall costs for energy consumption, filter materials, and maintenance under the same operating conditions. Worry-free compliance: Meets stricter safety supervision and environmental protection requirements.
    GEN 4
    GEN 5
    Sensor-Rich, IoT-Enabled Smart Platform
    AP, pressure, temperature, sparks, chain/shaft status, and other multidimensional monitoringCloud/mobile alerts and work order closure loops, maintenance can be planned and traceableValue for the client:Higher availability: early warnings to avoid unexpected downtimeData-driven management: audit-friendly, supports continuous improvement and energy-saving assessments
    Contact us to get a customized solution quote tailored for you.

    We promise to deliver on time and formulate clear production and shipping plans for each batch of orders to ensure that the customer's internal project nodes are not delayed.

    Lead time

    • Standard equipment: 20–30 business days
    • Custom equipment: 40–60 business days (depending on project complexity)
    • Urgent orders: Expedited production and priority shipping available upon request
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