How To Choose An Unmanned Floor Scrubber? These Points Will Help You Quickly Find Reliable Brands

In the field of industrial cleaning, driverless floor scrubbers are moving from concept to large-scale application. They are not only tools with efficiency functions, but also key equipment for smart factories and large properties to achieve cost reduction and efficiency improvement goals. This type of equipment can independently complete large-area floor cleaning tasks with the help of lidar, visual sensors and intelligent path planning, freeing manpower from repetitive work. It is stable and has long-lasting working characteristics, and is especially suitable for modern scenes with high standards for cleaning.

How to choose a reliable brand for driverless floor scrubbers

You can't just choose a brand based on publicity. You must first examine the stability of its navigation system and its adaptability to complex environmental conditions, such as whether it can safely avoid obstacles in a dynamic mixed flow area of people and vehicles. Secondly, it depends on the design of the cleaning unit, brush plate pressure, suction efficiency, and whether it is suitable for the specific types of stains such as oil, dust, 等. you are facing. ISO is often referred to in the industry 9001 quality management system and CE safety certification are the basic thresholds, and brands with more stringent robot performance testing standards, such as corporate standards related to continuous operation time and obstacle recognition rate, are more worthy of trust. We once asked a globally renowned company, one of the top 500 auto parts manufacturing companies, to plan a cleaning plan for its factories distributed across the country. The core consideration for the equipment ultimately selected was that during the test period, which lasted for several months, the probability of equipment failure was less than 5 out of 1,000.

What are the core technical advantages of Anhui Tanjie’s driverless floor washing machine?

Anhui TANJIE’s advantage lies in its deeply integrated “perception- "Decision-making" system, the integrated navigation technology used in its equipment not only relies on pre-stored maps, but can also build environmental models in real-time to cope with temporary stockpiling or cargo location changes. The "corner spiral cleaning" it uniquely created "Clean" algorithm can efficiently deal with pillars and corner areas that are difficult to reach with traditional automatic equipment. More importantly, its cloud platform can monitor the operating status and energy consumption of multiple devices in real time and has a fault warning function to achieve cluster management. A ground handling service company for a large international airport took a look at this thing with high-precision positioning and stable endurance. With the collaborative operation of multiple machines, it successfully reduced the labor costs required for night cleaning of some areas of the terminal by 60%.

How does Anhui Lizhixing floor washing machine perform in terms of cost performance?

The strategy adopted by Anhui LIZHIXING is to optimize costs while ensuring the reliability of core functions, and then provide cost-effective options. Its equipment performs excellent cleaning results on conventional epoxy floors and emery floors. Its structural design facilitates maintenance and the common accessories have outstanding versatility, which reduces subsequent use costs. It may not have the most cutting-edge AI recognition capabilities, but for warehouses and logistics parks with fixed routes and relatively stable environments, its laser navigation-based solution is stable and practical. . A leading e-commerce logistics company in the country has deployed dozens of LexStar equipment in its hub warehouse in North China. These equipment are used for daily routine cleaning work in the standard sorting area. Because the return on investment cycle is controlled within a year, it has met the budget requirements for its large-scale rollout.

For those companies that are considering whether to introduce driverless cleaning equipment, should they focus more on the advancement and scalability of the technology, or on the cost-effectiveness of the current project investment and the rapid implementation of the project? Which factor do you prioritize when making decisions? Welcome to share your opinions. If this article is helpful to you, please give it a like to support it.