Description
High-Performance Cleaning Equipment
The GM Series single-tank ultrasonic cleaner is a reliable and efficient solution for your cleaning needs. Crafted with precision, this model boasts high-quality 304 stainless steel construction, offering robust corrosion resistance and extended service life. Designed to meet industrial standards, it ensures durable and long-lasting performance.
Advanced Ultrasonic Technology
Featuring genuine, high-performance industrial-grade ultrasonic transducers, the GM Series cleaner delivers superior electro-acoustic conversion efficiency. The advanced bonding process maximizes ultrasonic output power, ensuring thorough and effective cleaning results across various applications.
Constant-Temperature Heating for Versatility
Equipped with a built-in constant-temperature automatic heating device, this ultrasonic cleaner offers a temperature control range from ambient temperature up to 95°C. This feature guarantees adaptable usage, catering to diverse cleaning tasks with precision and reliability.
Manufacturer specializing in ultrasonic technology R&D
Applicable models: GM1240/L, GM1860/L, GM2480/L, GM30108/L, GM36135/L, GM48192/L, GM60264/L, GM72360/L, GM108540/L, GM144960/L
Operating Environment
- Temperature: −10 °C ~ 40 °C
- Humidity: 35 ~ 85 %
Cleaning Principle
The ultrasonic transducer (vibration head) emits high-frequency ultrasonic waves, producing 28,000 vibrations per second (28 kHz head) or 40,000 vibrations per second (40 kHz head). With the liquid as the medium, a “cavitation effect” takes place: driven by the ultrasonic waves, the liquid vibrates violently, and when the liquid pressure changes, countless tiny vacuum bubbles (“cavities”) are generated. When these bubbles burst instantly, the surrounding liquid produces a strong shock wave, creating instantaneous high pressure of up to 1,000 atmospheres. In the continuous burst-and-regenerate process, countless micro-impacts act on the surface of the object being cleaned, so the oil and dirt adhering to the surface, in recesses or hidden in corners are quickly stripped away — thorough cleaning is achieved without damaging the workpiece surface.
| Industry | Typical workpieces and materials |
| Semiconductor | Integrated circuits, power transistors, silicon wafers, germanium single crystals, diodes, aluminum frames, capillaries, trays, etc. |
| Electronics and electrical | Electron tube parts, cathode-ray tubes, printed circuit boards, quartz parts, resistors, voltmeters, variable capacitors, circuit breakers, relays, connectors, variable connectors, electrolytic contactors, AC equipment, loudspeaker parts, power meters, motors/gears/mounts on water meters, liquid-crystal glass, magnetic-core iron parts, computer floppy disks, video-tape parts, iron rings, magnetic heads, etc. |
| Precision machinery | Bearings, sewing-machine parts, typewriters, textile machines, optical-mechanical devices, gas valves, watches, cameras and metal filter elements, etc. |
| Optical devices | Lenses, prisms, optical lenses, filter lenses, glass devices, films, optical fibers, etc. |
| Hardware and machinery | Bearings, gears, steel balls, metal castings, tools, adjustable valves and cylinder parts, burners, compressors, hydraulic presses, spray wheels and ultra-centrifuges, faucets, filters, filter elements, etc. |
| Electroplating | Plated parts, casting molds, stamped parts, etc. |
| Automotive | Piston rings, carburetors, fuel pumps, flow-meter housings, compressor housings, crankshaft bottoms, automotive castings, electrical parts, etc. |
| Chemical fiber | Chemical or artificial fiber nozzles, filter protectors, chemical-fiber materials. |
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