cleaning equipment Factory

Mechanical vs. Traditional   Cleaning Methods Compared     As companies increasingly adopt professional and efficient cleaning management practices, more service providers are realizing that mechanized cleaning isn't just a flashy solution—it's a practical choice that addresses real pain points. Below, let's break down the fundamental differences between the two approaches.   Cleaning Efficiency: The Speed Difference is Plain to See 1. Traditional manual cleaning methods (such as mops and push carts) are extremely inefficient, particularly when handling large areas or high-frequency cleaning tasks. They often leave cleaning staff scrambling to keep up, with efficiency being a major concern. 2. Mechanical cleaning equipment like floor scrubbers and sweep-wash-mop combination machines typically operate at several times the efficiency of manual labor. They can cover larger cleaning areas in a shorter time, significantly boosting operational efficiency while reducing labor costs.   Cleaning Quality: Controllable and Safer   1. Manual cleaning relies on the operator's experience level, resulting in inconsistent cleaning quality and prone to missed spots or residual stains. 2. Mechanized equipment achieves stable and consistent cleaning results through standardized settings (such as brush pressure, water volume, and path planning). Hospital trials demonstrate lower cleaning variability and reduced contamination levels.   Sanitary Safety: Powerful germ elimination to reduce cross-contamination   1. Manual cleaning mops are often reused, failing to thoroughly remove dirty water and becoming potential sources of bacterial transmission. 2. Mechanical equipment simultaneously scrubs surfaces and recovers contaminated water, effectively preventing contamination spread. Additionally, brush deck and high-pressure cleaning methods more thoroughly eliminate stubborn stains, elevating hygiene standards.   Worker Health: Reducing the Burden of Physical and Occupational Injuries   1. Prolonged bending and pushing/pulling operations can lead to occupational health issues such as lower back pain and joint injuries. 2. Mechanical cleaning operations are relatively effortless, significantly reducing physical strain and making cleaning work safer and more sustainable.   Summary     Project Traditional manual cleaning Mechanized cleaning Cleaning Coverage Small, Slow Large, Fast Cleaning Quality Prone to personal influence, inconsistent standards Stable and consistent Health and Safety Rags that are reused repeatedly are prone to secondary contamination. One-step cleaning, one-step recycling, high-efficiency sterilization Employee Health High labor intensity Reduce physical exertion and enhance occupational safety      

Don't rush to send the floor cleaning machine for repair when it malfunctions! Ninety percent of Ride-On Floor Scrubber A10/M10 issues can be resolved through simple self-checking steps. Jiechi engineers reveal for the first time the secret manual for quick troubleshooting. Save this article and you'll be all set! Question 1: The water absorption effect deteriorates or it doesn't absorb water at all ✅ Three-step self-check method: Check the red light: See if the red light is on the panel. The machine has a function to stop when it is full of water Check for blockage points: Inspect whether the float ball at the suction port is stuck and whether the sewage pipe is tightly covered Voltage measurement: Use a multimeter to measure the voltage at the water suction motor port (it needs to reach 36V). Question 2: The brush/roller brush suddenly stops working ✅ four-step positioning method: Remove mechanical jamming: Confirm that the brush is not completely worn out and is properly installed Measure the power supply: Use a multimeter to measure the voltage at the brush motor port (around 30V is normal). Check the circuit: Inspect whether the circuit from the controller to the motor is damaged. Carbon brush replacement: Carbon brushes should be replaced first after long-term use (roller brush motors need to be returned to the factory). ⚠️ Note: The voltage output can only be triggered by stepping on the accelerator during measurement Question 3: The equipment cannot move or is weak in movement ✅ Triple inspection points:  Emergency stop switch: Confirm that the emergency stop button is not pressed (the most easily overlooked!). Electronic brake: Measure the brake resistance value (normal value: 64.8±8). Motor power supply: Check the voltage (36V) output from the controller to the walking motor. 🔧Deep treatment: If the resistance is abnormal, the electronic brake needs to be replaced Question 4: Abnormal water output or no water output ✅ Scene-specific processing: No water at all: → Clean the clear water filter → Measure the resistance of the solenoid valve (normal 98±8). Low water output: → Unplug the water pipe to check if the water pump is spraying water → Troubleshoot for clogged water pipes. Extended question: The large water gun doesn't work? Directly measure the on-off status of the switch. Self-checking tool: Interpretation of fault code lights Number of flashes of the light Description Emergency response 1 block The battery is low on power/poorly connected Check the wiring or charge 2 blocks
 The circuit of the walking motor is abnormal Check the connection between the motor and the controller 3 blocks The circuit of the brush plate motor is abnormal Check for damaged or blown circuits 7 blocks Throttle pedal malfunction Replace the pedal (maximum frequency failure) 8 blocks Abnormality in the multi-motor system Check the connections of each motor in sequence