Core Technologies: Adjustable Power × Degassing Frequency Sweeping × Full-Scenario Adaptation

Dual Core Technologies of Degassing + Frequency Sweeping Further Break Through Cleaning Efficiency Boundaries

• Vacuum-Level Intelligent Degassing System:
  Equipped with a built-in vortex vacuum degasser, it reduces the gas content in the cleaning solution from 5% to below 0.3% within 3 minutes. This increases the energy density of cavitation effects by 30%, improving cleaning efficiency by 40% at the same power level. For example, cleaning grease residues in 30μm deep grooves of bearing cages is shortened from 20 minutes to 12 minutes, with cleanliness reaching ISO 16232-10 Standard Level 3.
• AI Adaptive Frequency Sweeping Technology:
  Supports dynamic scanning across the full 20-80kHz frequency band (accuracy ±0.02kHz). For multi-layered contaminants (e.g., solder residue and flux on PCB pads), it intelligently switches frequencies—first breaking down particulate impurities at 25kHz, then removing ionic residues at 75kHz—reducing defect rates from 1.1% to 0.08%.

Intelligent Interaction and Data Management: Full-Process Upgrade from Operation to Traceability

• 7-Inch Industrial-Grade Touchscreen:
  Real-time display of 22 core parameters, including power waveforms, frequency curves, and degassing progress. Supports gesture zooming and millisecond-level detail viewing. The dual-mode operation system meets diverse needs:
  • Quick Mode: Presets 15 industry-specific programs (e.g., "Electronics," "Medical," "Hardware"), allowing one-click activation of optimal parameters for beginners within 30 seconds.
  • Expert Mode: Enables full parameter customization and stores 30 personalized solutions, suitable for complex scenarios like laboratory R&D and special material cleaning.
• Full-Process Data Traceability System:
  Automatically records 50+ dimensions of cleaning data (e.g., power adjustment trajectories, frequency sweeping ranges, degassing times), supporting PDF/CSV report exports to meet strict traceability requirements of IATF 16949 (automotive industry) and ISO 13485 (medical devices). Standard with RS485/Modbus TCP interfaces, it integrates with factory MES systems or remote monitoring via APP, with alarm response times <8 seconds for degassing anomalies, enabling 7×24 unattended operation.