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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

Coffee stains on commercial floor tiles still visible after 3 wipes? Factory floor oil marks stubbornly resistant to scrubbing? Basement walls developing mold spots during rainy seasons that spread with each wipe? Stop relying on brute-force cleaning! Today, we demonstrate 3 real-world tests to help you choose the right cleaning equipment and effortlessly tackle stubborn stains!   Commercial “Liquid Stains” Pain Point: Bus terminals/malls operate long hours with minimal downtime. Manual cleaning requires extensive time for comprehensive coverage. Autonomous floor scrubbers can handle portions of the cleaning workload.   Jiechi JC80 Autonomous Floor Scrubber Test Results: 7×24 Intelligent Operation: Equipped with laser navigation, it operates unattended. Automatically initiates cleaning during low-traffic night hours, precisely navigating around obstacles like tables, chairs, and steps. Deep Cleaning + Smart Inspection Dual Mode: Automatically generates area cleanliness reports post-cleaning. Syncs data via IoT to management backend, immediately returning to re-clean any detected residual stains. Battery Life Exceeds 8 Hours: Fully charged, it covers 3000㎡—equivalent to 20 cleaners working overnight—with zero water residue left behind. Comparison Conclusion: Unmanned cleaning liberates labor, enabling “time-flexible” cleaning and boosting nighttime maintenance efficiency in commercial spaces by 500%. Industrial Workshop “Oil Stains / Rust” Pain Point: Machine oil and rust stains on factory floors cause conventional mops to become increasingly sticky, even clogging forklift wheels.   Jiechi A7 Industrial Edition Floor Scrubber Test Results: Custom steel wire brush head: Scrapes off solidified oil in a single pass without leaving an “oil film.” 58dB Quiet Operation + Large Water Tank: Minimizes daytime workshop noise disturbances. Single tank covers 1000㎡ (BYD workshop feedback: Previously 3 hours of cleaning, now completed in 1 hour) Key Technique: Pair with industrial degreaser for 98% stain removal without causing slippery floors Rainy Season “Wall/Floor Mold Spots” Pain Point: Basements and warehouses develop mold during rainy season humidity. Manual wiping only lasts days before regrowth, risking mold allergy exposure.   Jiechi Smart Robot Tested: Simultaneous cleaning and disinfection: UV sterilization + anti-mold cleaner sprayed concurrently. Mold spots remain gone for 7 days after removal. IoT alerts: Device automatically triggers “preemptive anti-mold cleaning” when humidity exceeds 60% (Property test results: 80% reduction in mold complaints during rainy season)   Note: Ventilate rooms after cleaning. Combine with the robot's “humidity monitoring” feature for long-term mold prevention.

When Hema Fresh meets Jiechi: I still remember the first time I walked into a Hema store, I was amazed by its clean and bright environment. I never expected that later on, our Shanghai Jiechi Cleaning Equipment Co., Ltd. would actually become a cleaning equipment supplier for Hema!   Over the past few months, we have delivered professional cleaning equipment to many Hema stores across China and taught the store staff step by step how to use it. Seeing our equipment safeguarding the environmental hygiene of Hema every day, I can't help feeling extremely proud.   In this cooperation, we mainly provided two "secret weapons" : 1️ ️ A3e push-type floor scrubber - make large area floor cleaning so easy 2️ ️ A5e ride-on floor scrubber - a strong guarantee for hygiene in the fresh produce area     What moved us the most was that all the Hema team members learned the usage methods of the equipment very seriously and often exchanged their usage experiences with us. This feeling of mutual cooperation and making progress together is really wonderful!   Every time I go shopping at Hema and see the clean and tidy environment, I can't help but feel a little proud: We also have our share of the credit here! In the future, we will continue to provide Hema with better cleaning solutions, allowing every customer to enjoy a safer and more comfortable shopping environment When you go to Hema Fresh, do you pay special attention to their cleanliness and hygiene?

When it rains continuously, vehicles entering the underground garage will bring in rainwater, causing water accumulation and slippery ground, which poses a safety hazard. Secondly, the temperature in the underground space is low. When the high-humidity air from outside enters and condenses upon cooling, water droplets will form on the surface of the walls and floors. Finally, underground garages are often closed, lacking ventilation. The exhaust devices are either not activated or damaged, making it difficult for moisture to be discharged. However, although the interior is damp, there is also a customized solution for it. Software processing:  Cleaning + drying cycle: At the beginning of each shift, when using the floor scrubber, turn on the cleaning and water absorption functions and repeat the cleaning process multiple times. One round of circling can absorb water stains on the surface, effectively preventing slipping. Ventilation + air drying: Install large exhaust fans/industrial fans, check the exhaust fans/fresh air system every day, and keep them on 24 hours a day when it is humid to enhance air convection, raise the ground temperature and reduce condensation. Try to open the civil air defense door or other door openings as much as possible to utilize natural convection to assist in drying. Precise dehumidification: Configure industrial dehumidifiers/large air dehumidifiers, and select the model according to the daily dehumidification capacity (set the target humidity at 40-60% RH). It operates at a fixed point for 24 hours and controls humidity in real time. Hardware processing: Waterproof/mold-proof treatment: Before wall and floor construction, a moisture-proof layer and waterproofing process should be carried out, and the base layer should be treated with waterproof mortar or materials. Regularly check for mold spots. Once mold spots are found, clean them up promptly and apply waterproof paint. Improve the drainage system: Ensure that the entrances and exits are designed with elevated or water-guiding slopes to prevent rainwater from flowing back in. Regularly inspect and clean the drainage ditches, pipes and drainage pumps to keep them unobstructed. When the ground is slippery, warning signs should be set up to remind drivers to slow down when passing.    

At Shanghai Jiechi Cleaning Equipment Co., LTD., we have always adhered to the concept of "quality as the core and service as the guarantee", and are committed to providing customers with efficient and reliable cleaning solutions. To ensure that the equipment can operate stably and perform at its best in different scenarios, it is crucial to establish a scientific and systematic maintenance and upkeep mechanism. Therefore, we will provide you with a complete equipment maintenance management solution focusing on the formulation of maintenance plans, the significance of personnel training, the establishment of a maintenance record system, and the application of intelligent technologies, to help achieve efficient management throughout the entire life cycle of equipment.   Formulate a maintenance plan   It is crucial to formulate a detailed maintenance plan based on the usage frequency and working environment of the equipment. This not only ensures the long-term stable operation of the equipment, but also effectively extends its service life. The maintenance plan should include the following aspects: Daily inspection: Before each daily use, a basic inspection of the equipment should be carried out, including the appearance of the equipment, the tightness of key components, battery power, etc. Ensure that the equipment is in good working condition before each use, promptly identify and solve potential problems, and avoid equipment failures caused by minor issues. Regular maintenance: Conduct a comprehensive equipment maintenance once a week or once a month, including cleaning the interior and exterior of the equipment, inspecting and replacing worn parts, and lubricating key components, etc. Regular maintenance can effectively reduce the wear and tear of equipment, improve its operational efficiency, and ensure that the equipment maintains good performance during long-term use. Annual maintenance: A comprehensive equipment maintenance is carried out once a year, including a thorough performance test of the equipment, replacement of aging components, and update of the equipment's software system, etc. Annual maintenance can ensure that the equipment remains in an efficient working state after long-term use, promptly identify and solve potential fault hazards, and avoid work interruption caused by equipment aging.   Strengthen the training of maintenance personnel The professional quality of maintenance personnel directly affects the maintenance quality and service life of equipment. Therefore, it is of vital importance to organize professional training for maintenance personnel on a regular basis. The training content should include the following aspects: Equipment principle training: Enable maintenance personnel to have a thorough understanding of the working principle and structure of the equipment, so that they can accurately determine the cause of equipment failure during the maintenance process and take effective repair measures. Operation skills training: Train maintenance personnel to master the correct operation methods and techniques, including the operation procedures such as equipment startup, operation, and shutdown, as well as operation precautions in different working environments. Fault diagnosis training: Teach maintenance personnel how to quickly diagnose common faults of equipment, master basic troubleshooting methods, and improve maintenance efficiency. Safety awareness training: Emphasize safety precautions during equipment maintenance to ensure that maintenance personnel abide by safety regulations when operating the equipment and avoid safety accidents.   Establish a maintenance record system   Establishing a complete maintenance record system can effectively enhance the efficiency and transparency of equipment management. Maintenance records should include information in the following aspects: Maintenance content: Record in detail the specific details of each maintenance, including the items inspected, problems identified, and measures taken, etc. This helps to track the maintenance history of the equipment and promptly identify potential problems with it. Maintenance time: Record the specific time of each maintenance, including the start time and the end time. This is helpful for analyzing the maintenance cycle of the equipment and arranging the maintenance plan reasonably. The person in charge: Record the person responsible for each maintenance, clearly define the person responsible for the maintenance work, and facilitate traceability and management. Equipment status: Record the equipment status before and after maintenance, including the operation status of the equipment, performance indicators, etc. This is helpful for evaluating the maintenance effect and adjusting the maintenance strategy in a timely manner. Maintenance result: Record the operation status of the equipment after maintenance, including the operation efficiency of the equipment, fault conditions, etc. This is helpful for evaluating the effectiveness of maintenance work and providing a reference for subsequent maintenance work.   By establishing a complete maintenance record system, the efficiency and transparency of equipment management can be effectively enhanced, ensuring the long-term stable operation of the equipment.