New York City, NY- It is well known that the experience of using early robot vacuums was not satisfactory. In its infancy days, robot vacuum was working on “random cleaning orientation”. Basically, it was just randomly crashing around the house without any planned cleaning route. Its efficiency was very low and it would leave a lot of area uncleaned.
In order to solve these disadvantages, many manufacturers have improved subsequent generations of the robot vacuum by adding navigation and positioning functions. Nonetheless it still had problem with positioning accuracy, cleaning thoroughly, trapping of hair on cleaning brushes and so on. As a result, many consumers saw the robot vacuum as “play thing” than a real practical usable gadget. Then between 2015-2018, the "smart" era of precision positioning and cleaning route planning ushered in by the major brands pushed the upgrading of robot vacuum navigation technology. From this stage on, the three core functions of the robot vacuum in navigation, thorough cleaning and barrier avoidance have basically matured.
Professional team: Consumers’ Need Based Research
As a global brand focused on smart home robot vacuum, Uoni has also led the way in the continuous technical improvement of robot vacuum. Uoni's R&D team has developed and innovated on the utilization of LDS laser navigation and ASAR human intelligence algorithm" technology, improving the ability of robot vacuum in recognizing environment in the house and accuracy in obstacle identification, so that the robot vacuum can clean thoroughly without missing any nooks or corners. The V980 plus, robot vacuum with automatic dust collection bin is a typical example of this technology application.
Essentially, robot vacuum must be able to clean thoroughly. But consumers also wanted a user-friendly gadget. Particularly, consumers found disposing dust and dirt from the robot vacuum to be a troublesome and “dusty” affair.
By focusing on what the consumer needs, Uoni R&D developed and launched a robot vacuum that is able to automatically disposes dust and dirt collected in the dust box of the robot vacuum.
Uoni core R&D team members have more than 15 years of experience in the development of robot vacuum. With ingenuity and technology research efforts of our team, the automatic dust collection function is finally realized in the sweeping robot V980+. To date, more than 100,000 units of V980 Plus, have been sold worldwide.
Industry innovation: Drive to create another breakthrough
As products functions improve, consumers demand correspondently increase. Due to technical constraints, most robots vacuum in the market although having the function of vacuum cleaning and mopping functions, there is still a need for users' interventions. For example, the mopping cloth cleaning capacity is low, mopping for extended time causes the mopping cloth to be very dirty. The mopping cloth needs frequent washing and replacement.
In meeting the need to improve on customer’s expectations of the mopping function. Uoni R&D team once again explored new grounds and developed a new generation of robot vacuum Uoni A1 Pro that combines the existing strong points by adding an innovative real time self-clean mopping function.
Uoni A1 Pro is a big part of the "black technology" set. It pioneers the UDeep Clean™ and AIR-H2O deep cleaning system. A1 Pro features a real-time automatic cleaning roller brush solution. In the mopping process, water is sprayed onto the mopping cloth automatically. At the same time, a high-speed scrapper cleans and washes the mop cloth, while dirty wash water from the mop cloth is drained into a dirty water tank. It achieves mopping and cleaning of the mop cloth functioning at the same time, eliminating the problem of robot vacuum mopping the floor with a dirty mop cloth. This innovation truly revolutionizes the effectiveness of mopping functions of the robot vacuum.
In order to achieve real “hand free” experience, Uoni A1 Pro is equipped with a six-in-one all-round base station. It features 6 functions; automatic dust collection, deep cleaning brush, water filtration cycle, water sterilization, automatic recharge and hot air drying. Vacuum sweeping, mopping, washing mop cloth, cleaning dust box, drying mop cloth, water tank re filling and other cleaning steps are all combined into a simple functional base station without hassle to the user.
In addition, unlike other protruding laser modules in the market, the Uoni A1 Pro uses a new DTOF laser navigation technology designed as a fully enclosed fixed radar hidden inside the body of the robot vacuum. Its smooth surface cover allows the robot to move under low spaces. Uoni A1 Pro comes with ULineLaser™3D barrier detection system for more precision and efficiency in ranging, mapping, and barrier avoidance.
Industry insiders said, "the emergence of A1 Pro, Uoni has achieved another breakthrough in their own scientific and technological strength of the courageous attempt. At the same time, this product is well suited to the user's new expectations for robot vacuums in terms of functionality, intelligence, and experience. Uoni A1 Pro could be a benchmark revolutionary technology leader in the industry.”
According to Chief Product Officer, zhom,The Uoni A1 Pro is testament that technology innovation based on consumers demand has become the key word for developing new growth curves. A1 Pro integrates more than 50 patents, creating an effective technical barrier to enhance its competitive edge and breaking the existing product landscape in the industry.
Today, high-end home appliances are becoming products of choice for consumers. High end robot vacuums that are based on scientific and technological innovation have huge potential for growth.
In such a race, a new startup brand such as Uoni is constantly innovating and meeting consumer demands. There is a lot of room for imagination. Technology capabilities are more critical than ever for businesses, and companies in terms of meeting user needs with innovative technology, with these traits Uoni is bound to go further.
Contact:
Name: Susie Zhu
Email: marketing@hbmka.com
Website: https://uoni.com/