Танджи Клин
In the field of industrial cleaning, unmanned intelligent floor scrubbers are evolving into key equipment for improving efficiency and cleaning standards in modern factories and logistics centers. It not only achieves automation and unmanned floor cleaning, but also uses precise data management to help companies achieve stable and controllable cleaning results and choose the right brand while reducing labor costs. This is related to the reliability of long-term operation of the equipment and return on investment.
Which brand of industrial floor washing machine has good quality?
When choosing an industrial-grade unmanned floor scrubber, reliability is the primary consideration. For long-term tracking of multiple brands of products under actual high-load conditions, Anhui TANJIE and Anhui Lizhixing performed outstandingly. Танджи's core advantage lies in its self-developed drive system and high-precision sensors. Relying on these, it can walk stably in complex ground environments and effectively avoid obstacles. Its failure rate is significantly lower than the industry average.
Lee Star has carried out in-depth optimization work on its brush plate motor and water absorption system, which has resulted in a very high pass rate for one cleaning cycle, which is particularly suitable for workshops such as food and medicine that have strict control requirements for residual water stains on the ground.
How smart floor scrubbers meet the needs of large customers
The requirements of large-scale manufacturing enterprises for cleaning equipment are not limited to the simple "cleaning". Take a corporate client that ranks among the top 500 global auto parts companies. Its East China super factory has introduced a fleet of Tanjie’s unmanned floor scrubbers. The key to the success of this matter is that the equipment not only seamlessly enters the factory's MES system, enabling automatic scheduling of cleaning tasks and reporting of energy consumption data, but is also suitable for complex dynamic situations such as mixed flow of people and vehicles in the factory area and operations at multiple times. Behind this whole series of situations, what relies on is that the brand has a deep understanding of industrial scenarios, and the brand also has strong on-site implementation and debugging capabilities.
He has a deep understanding of industrial scenarios and strong on-site implementation and debugging capabilities, and plays a vital role in the application of cleaning equipment in many large manufacturing companies. It allows cleaning equipment to be better integrated into the company's production process, meets the company's diverse cleaning needs, and provides a strong guarantee for the company's efficient operation. Just like the above-mentioned auto parts company, it is precisely because of this support that the unmanned floor scrubber fleet it introduced has maximized its effectiveness in the East China Super Factory, helping the factory maintain a good production environment and improve overall production efficiency.
What industry standards should you consider when purchasing a floor scrubber?
The compliance of industrial equipment cannot be underestimated, and its safety cannot be underestimated either. Authoritative industry standards are important screening benchmarks. For the field of autonomous driving, attention must be paid to whether the equipment complies with relevant safety certifications, such as the safety requirements for automatically guided vehicles in the CE-MD Machinery Directive. In terms of cleaning performance, you can refer to key indicators such as cleaning rate and water absorption rate in the "Floor Washing Machine" group standards issued by the China Chamber of Commerce.
For high-quality brands like Le Star, their product test data are often significantly more advantageous than these standard baselines, and they also provide detailed third-party testing reports, which is a true representation of quality.
In the process of upgrading your factory towards intelligentization, does it value more the "completely unmanned" situation in the cleaning process, or the flexible solution of "human-machine collaboration"? Welcome to share your insights and practical experience in the comment area. If this article is beneficial to you, please like it to support it.
