Commercial Cleaning Machine MB50

Product Specifications:

  • Inner tank dimensions: 560*300*300 mm
  • Outer dimensions: 850*760*990 mm
  • Ultrasonic power: 800W fixed power output
  • Equipped with a built-in oscillating plate and oscillator using Japan NEC TORKIN oscillating chip, material #304/2T
  • Additional installation of O3 ozone: 0.03~0.066 mg/min/L (200mg/hrs)
  • Optional multiple ozone machines can be installed
  • Conversion: 200mg/60 min-L ---> 3.3mg/min-L / This tank is 50 liters ---> 3.3mg/50L=0.066mg (0.066ppm)
  • Installation of air burst system for water flow agitation and tumbling 1/4HP
  • Installation of filtration system 1/2HP pump + filter
  • Automatic inlet/drain/overflow system
  • Human-machine interface operation panel, PLC programmable control system, can modify washing process
  • Standard with one mesh basket, with additional installation of water tank cover plate
  • Transparent glass window for easier visual inspection of cleaning process
  • Machine comes with four movable wheels for convenient positioning and installation
  • Entire machine designed with #SUS 304 stainless steel
  • Voltage: 1Φ220V
  • Net weight: 135kg

 

Comparison between Humans and Machines:

The benefits brought by cleaning machines cannot be controlled in terms of quality in human resources. It may not be possible to ensure the quality of every cleaning process manually. With the advent of the AI era, machines can completely replace human labor in cleaning. A cleaning machine can create sustainable quality and human resources, and it will surely recover the cost of machinery in a short time. Not only can it be streamlined in terms of human resources, but it also considers multiple safety and hygiene aspects in terms of quality and human health. Through ozone sterilization and disinfection, degradation of various pesticides and fertilizers, and utilizing ultrasonic vibrations at a rate of 40,000 times per second, this cleaning method targets microscopic blind holes that are invisible to the naked eye. Continuous inlet and drainage during the cleaning process achieve the most effective cleaning.