HIZERO believes that your vacuum cleaner might be overworking.

      Walk into almost any home after a hectic day, and the floor reveals a more intricate story than what a vacuum cleaner can effectively manage. You might find crumbs under the dining table, some water near the sink, hair by the sofa, and a faint trail of dirt from someone's shoes. While each mess is fairly easy to clean on its own, they don’t show up one type at a time.

      HIZERO has centered its entire cleaning philosophy on this challenging reality. Rather than just determining how much suction a cleaner requires to handle whatever lands on a hard surface, the company has questioned whether suction should even be part of the process. Its patented No Suction Technology employs a unique bionic polymer roller to gather dry debris and liquids straight from the surface and then separates and manages what it collects.

      The cleaning device has become more sophisticated than the mess itself.

      The traditional approach in the cleaning industry has been to enhance machines. Motors have become stronger, rollers more specialized, filters more complex, and wet-and-dry cleaners more equipped to tackle various types of debris. Each improvement resolves a limitation within the system but simultaneously adds another component that needs to function correctly and necessitates maintenance.

      Suction remains favored for valid reasons. Airflow is effective in lifting loose particles from a surface and transferring them into a collection system. Issues arise when the floor material includes more than just dust or crumbs. Liquids, hair, food scraps, and dirt all behave differently, yet standard wet-and-dry cleaners still need to manage them within a system focused on suction.

      The trade-offs are well-known. Solid waste and dirty water can mix, clogs can hinder performance, and the powerful motors that create suction contribute noise and energy usage. Exhaust airflow can disturb fine particles, while rollers, filters, tanks, and other elements require their own cleaning and upkeep.

      HIZERO reverts the collection process to the surface. Its specialized bionic polymer roller is intended to directly collect dry debris and liquid, while the system differentiates what it gathers instead of routing everything through the same suction pathway.

      The roller marks where HIZERO takes a different path.

      Standard fiber rollers and pads usually serve as one component in a broader cleaning system. They interact with the surface while suction, water delivery, filters, and other parts handle the additional processes. HIZERO’s proprietary polymer roller, however, has a more active role. It is designed to capture dry debris and liquids directly from hard surfaces, making the roller essential to the functioning of the cleaning system.

      The material is especially relevant regarding the types of debris that get left behind after the obvious cleaning is done. Pet hair, for instance, can wrap around cleaning components and become an additional maintenance task instead of simply vanishing with the dirt. HIZERO’s system aims to gather hair and solid debris within the same cleaning process while keeping these materials distinct from liquid waste.

      HIZERO specifically sets its polymer roller apart from conventional fiber rollers and pads, making the material a fundamental aspect of its patented No Suction Technology, rather than a secondary component in a suction-driven system. The company’s approach places the collection mechanism at the surface, right where the roller comes into contact with the debris.

      The EAZY Bionic Mop adopts the same principle for a manual cleaner. A single push-and-pull motion is designed to simultaneously sweep, mop, wash, and wipe. A trigger releases fresh water to refresh the roller, while dry debris and liquid waste are kept separate for disposal. There’s no need for a bucket or cleaning solution, nor does the mop require a motor or charging; it can simply be rinsed under running water.

      The simplicity of EAZY is advantageous because it removes the need for complicated automation between the user and the cleaning surface. The roller is responsible for collecting debris, the system manages what it gathers, and the user doesn’t have to shift between a vacuum, mop, and bucket for different aspects of the cleanup.

      GLIDE automates this concept.

      While a manual cleaner provides one avenue for rethinking the mechanism, HIZERO has also integrated the same principle into an autonomous floor cleaner—GLIDE, which the company describes as the world’s first no-suction robotic cleaner.

      GLIDE employs HIZERO’s bionic cleaning system to remove wet messes, stains, debris, and hair. Its waste intake is crafted to separate hair, solid waste, and dirty water right as they are collected, while the no-suction design eliminates the need for HEPA filters and dust bags typically found in conventional suction-based robotic cleaners.

      This robot operates at a specified sound level of 56dB and has a stated runtime of up to 220 minutes. Its multi-roller system functions alongside dedicated tanks for clean and waste water in both the robot and its station.

      The quieter operation yields practical benefits. Cleaning can be performed without creating a noisy environment, which is crucial in homes where individuals are working, watching television, sleeping, or simply going about their day. H