Designed for advanced manufacturing, supporting high-standard environments like cleanrooms.

Our industrial-grade High-Pressure Cleaning System provides high-efficiency, high-stability cleaning solutions for industries with stringent cleanliness requirements, such as semiconductors, optoelectronics, biotech/medical, and precision component manufacturing. Utilizing multi-stage pressure control technology and modular spray system design, it achieves rapid decontamination of equipment surfaces and critical areas while protecting sensitive materials from damage.

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Product Characteristics & Technical Advantages:

🔹 High-Pressure Variable Frequency Power Module:

Built-in variable frequency motor drive, supports maximum working pressure of 200 bar (adjustable), suitable for different materials and contamination levels. Maintains stable pressure output, avoiding fluctuations that could affect equipment structure.

🔹 Intelligent Control & Safety Module Integration:

Equipped with HMI and PLC intelligent control systems, supports real-time pressure/flow monitoring, start/stop delays, fault diagnosis prompts, data logging, etc. Can interface with MES/SCADA systems for automated monitoring.

🔹 Cleanroom-Grade Structural Design:

Housing made of SUS316L stainless steel, featuring corrosion-resistant, chemical-resistant, and easy-to-clean surface treatment, validated for compatibility with ISO Class 6 cleanrooms. Internal piping is polished to reduce particle accumulation.

🔹 Modular Nozzle Options & Recycling/Filtration System:

Supports 0°–40° multi-angle nozzle selection, allowing adjustment of spray patterns based on contaminant properties. Paired with a three-stage filtration and recycling system to reduce water consumption and processing costs.

Applicable Industries:

✔️ Wafer fabrication and packaging/test production line equipment cleaning

✔️ Precision mold/jig surface residue removal

✔️ Cleanroom floor/wall and pipeline maintenance

✔️ Optoelectronic display and medical equipment cleaning/maintenance

✔️ Cleaning operations in environments with electrostatic discharge (ESD) and particle sensitivity restrictions