With the rapid development of science and technology, the field of smart cleaning has ushered in another revolutionary innovation. On March 19, Dreame Technology successfully held a global new product ecosystem launch conference with the theme of “Born Without Boundaries” in Shanghai. At this event, Dreame Technology grandly launched the world’s first bionic multi-joint robotic arm technology and innovative smart mop changing technology. These new technologies not only demonstrate the profound technical background of Dreame Technology, but also lead sweeping robots towards becoming multi-functional service robots.
The first bionic multi-joint robot technology, the sweeper achieves the transition from cleaning to service
In the fast-paced modern life, sweepers have become a “good helper” for household cleaning with their efficient cleaning capabilities. However, traditional sweepers have obvious shortcomings in terms of functionality. They mainly focus on basic surface cleaning, and their ability to respond is clearly insufficient when faced with complex and diverse household scenarios. For example, when there are toys and other debris scattered on the floor indoors, traditional sweepers are unable to put these items back in place due to the lack of effective recognition and grasping functions, and can only “bypass” or “push” them. Not only is the cleaning effect unsatisfactory, but the robot may also be damaged by collision with debris, greatly affecting the user experience.
In response to the problems existing in traditional sweeping robots, Dreame Technology conducted an in-depth analysis of users’ core needs and launched the industry-leading bionic multi-joint robotic arm technology, innovatively solving the problem of objects being unable to return to their original positions automatically. It is reported that Dreame Technology’s bionic multi-joint robotic arm technology is inspired by bionics. By simulating the flexible movements of human arms, the sweeping robot is endowed with unprecedented physical interaction capabilities.
In terms of hardware, the bionic multi-joint robot has five degrees of freedom, a reach of up to 33 cm, and can clamp objects with a width of about 6 cm and a weight of less than 500 grams. In addition, the robotic arm is equipped with two camera systems to achieve all-round point cloud reconstruction. The host’s binocular system can identify all objects on the ground, while the RGBD camera on the gripper works in conjunction with the host’s binocular system to perform a full-scale point cloud reconstruction of the object from two different perspectives, accurately determine the grasping point, and ensure the successful completion of the grasping action. When cleaning narrow areas, Dreame has equipped the robot with a separate accessories compartment, which is equipped with accessories such as vacuum cleaners and sponge brushes. When encountering narrow scenes, the robot will navigate to the accessories compartment to complete the picking and installation work according to the scene/dirt requirements.
The bionic multi-joint manipulator can not only independently complete tool retrieval and deep cleaning tasks in a narrow space, but is also equipped with an advanced embodied intelligent large model, giving the equipment the ability to make autonomous decisions. It can classify and arrange things according to spatial logic, and through deep learning and environmental perception, it can autonomously plan and organize paths to ensure that every operation can be completed efficiently and safely.
For users, sweeping robots equipped with bionic multi-joint manipulators and embodied intelligence have been transformed into smart home assistants, significantly reducing the time users spend on daily housework and further freeing users from tedious housework, allowing them to have more leisure time. For the industry, the application of bionic multi-joint manipulator technology has solved the limitations of traditional sweeping robots, which are unable to complete gap cleaning and organize/store obstacles on the ground, and has enabled sweeping robots to leap from “cleaning” to “service”.
The first intelligent mop changing technology to achieve refined cleaning effect
Traditional sweeping robots face many pain points when using a single mop for cleaning. For example, stubborn stains in kitchens, bathrooms, and pet activity areas are often carried by mops to other areas such as bedrooms and living rooms, causing cross contamination. In addition, this cleaning method cannot achieve “fine cleaning”. The mop may bring bacteria, water stains and wet hair into the originally clean area, causing secondary spread of bacteria. Especially in pet areas, contaminants such as food scraps and urine can be picked up by the mop and spread to other areas of the home.
In response to users’ deep-seated needs for healthy living, Dreame Technology has launched the first intelligent mop-changing technology. When the sweeping robot enters the base station, the dirty mop can be removed with the help of the intelligent transportation system; after the sweeping robot leaves the base station, the transportation device will move the dirty mop to an empty space and place the clean mop on the bottom tray; after the sweeping robot returns to the base station, it will automatically install a new mop and continue cleaning operations. The system can automatically identify the cleaning needs of different areas, such as kitchens, bathrooms and other easily contaminated areas, and automatically replace special mops to avoid cross contamination. At the same time, it can also intelligently adjust the cleaning mode and intensity according to the floor material and stain type to achieve a more refined cleaning effect.
Through technological innovation, the intelligent mop-changing system effectively solves the cross-contamination problem caused by repeated use of mops in traditional sweeping robots. For users who pursue a healthy lifestyle, this technology provides a safer and more convenient cleaning solution. The combination of smart mop changing and special zone cleaning technology allows users to enjoy professional-level cleaning services without having to manually change mops, building the first line of defense for family health. In fact, the introduction of the smart mop changing system will drive the industry towards a healthier and more environmentally friendly direction, and improve the cleaning level and user experience of the entire industry.
In addition to launching the product equipped with the two major technologies mentioned above, Dreame Technology also released the X50 enhanced version of the sweeping robot. It uses bionic mechanical feet and active suspension system, which can effectively overcome obstacles. The product also introduces 100℃ volcanic lake immersion washing technology to ensure cleaning effect and family health. The X50 Enhanced Edition solves the cleaning problems of traditional robots through innovative technology, is suitable for various home environments, and sets a new benchmark for the industry.
With its deep insight into user needs and persistent pursuit of technological innovation, Dreame Technology has once again led a new trend in the smart cleaning industry. From the bionic multi-joint robotic arm to the intelligent mop changing system, every innovation demonstrates Dreame Technology’s leading position in core technology. As a high-tech enterprise driven by technological innovation, Dreame has always adhered to the concept of “user-oriented, innovation first”, continuously breaking through technological barriers and setting a new benchmark for the industry.
