Automatic Hydrocarbon Ultrasonic Cleaning Machine, Vacuum Ultrasonic Cleaning + Vacuum Steam Drying

The whole process automatic control system
Intelligent process engine
Equipped with PLC 12-inch touchscreen, it supports 200 sets of process recipe storage (cleaning time / vacuum degree curve / drying temperature gradient)
Adaptive algorithm: Real-time monitoring of the contamination load of the workpiece by means of a load cell (accuracy ±0.1g) and automatic adjustment of the amount of solvent spray (adjustment accuracy ±5%)
Safety interlock mechanism
Five-fold explosion-proof design:
(1) Vacuum chamber pressure sensor (range - 100kPa~200kPa, accuracy 0.1% FS) Rupture disc (operating pressure 1.2 times working pressure)
(2) Solvent concentration alarm (LEL detection accuracy 1%) linked to fresh air system (air exchange volume 1500m³/h)
(3) When the equipment is running, the hatch applies 500N mechanical locking force to prevent misoperation
Data traceability system
Each batch generates SPC reports including vacuum curves, solvent conductivity, and weight difference before and after drying, and supports MES system API docking
Fault diagnosis response time <30 seconds: Vibration sensor temperature sensor array to predict ultrasonic transducer anomalies (98% accuracy) and condenser fouling (95% recognition).
Environmentally friendly and energy-efficient optimized design
Green manufacturing adaptation
40% reduction in solvent consumption: Annual solvent consumption has been reduced from 1200L to 720L using vacuum distillation regeneration technology (90% distillation efficiency, 60 minutes per regeneration).
Exhaust emission standard: equipped with catalytic combustion unit (treatment efficiency 99%), non-methane total hydrocarbon emission concentration <10mg/m³ (better than GB 37822-2019 standard)
Energy efficiency improvement solutions
Intelligent Power Adjustment: The ultrasound system automatically adjusts the output power (adjustment range 30%-100%) according to the load, and the standby power consumption < 50W
Waste heat recovery: Waste heat from the drying phase is used to preheat the new replenishment solvent with an energy consumption ratio (EC) of 0.8 kWh/kg (1.5 kWh/kg ≥ conventional equipment)