TSHUMART Unmanned Cleaning Vehicle
The TSHUMART unmanned cleaning vehicle is equipped with a 200TOPS high-performance computing platform, enabling the vehicle to quickly process massive amounts of environmental data, providing a solid foundation for subsequent decision-making and operations. At the same time, it adopts a multi-sensor fusion solution, with multiple sensors working together to achieve comprehensive perception without static blind spots, accurately capturing even subtle obstacles in complex environments. It is suitable for cleaning and maintenance operations in areas that large road sweepers cannot or are inconvenient to access, such as urban side roads, narrow roads, non-motorized vehicle lanes, sidewalks, pedestrian streets, scenic areas, parks, schools, tourist attractions, and residential areas.
Xuanli Intelligent Unmanned Cleaning Vehicle
This product can be remotely controlled from the backend. Its body is agile and uses a pure suction cleaning method, effectively cleaning various debris such as fallen leaves, sand, dust, beverage bottles, and wet paper scraps; it is equipped with an automatic bagging mechanism to package and store garbage, supporting autonomous return to the garbage collection point or placing garbage along the way for collection by other robots; it also has the ability to operate in special environments, performing snow melting, cleaning, and snow shoveling operations after snowfall.
Xuanli Intelligent Unmanned Cleaning Boat
The unmanned cleaning boat is equipped with a visual recognition system that can automatically sense and clean garbage in the water; it has an automatic charging function, autonomously returning to the dock for charging when the battery is low, ensuring long-term uninterrupted operation; it can regularly send status information such as “garbage full,” making it easy for maintenance personnel to handle.
TaideCloud TideBot Unmanned Cleaning Robot
The TideBot’s advanced intelligent obstacle avoidance system integrates multiple sensor technologies and intelligent algorithms, enabling autonomous navigation and precise obstacle avoidance in complex environments; based on artificial intelligence, the Internet of Things, and sensor technology, the intelligent sanitation management system allows the TideBot to achieve automatic identification, positioning, and patrol management of garbage points through multi-sensor fusion, machine vision recognition, and intelligent path planning; through an advanced intelligent control system, it achieves automatic parking and precise docking functions in complex environments through multi-sensor fusion, precise positioning, and intelligent decision-making algorithms.
YJD‘s Third-Generation Industrial Explosion-Proof Unmanned Vehicle (G9)
The G9 is designed from the ground up with a comprehensive safety protection system, eliminating various ignition risks such as electric sparks, high temperatures, and static electricity, effectively avoiding safety accidents caused by human error and environmental changes in traditional manual operations. In terms of efficiency improvement, the G9 supports 24-hour continuous autonomous operation, breaking through the time and physical limitations of manual work, helping enterprises reduce labor costs and operational errors while achieving a leap in overall production efficiency. Currently, this product is widely applicable to multiple key areas with flammable and explosive materials, such as chemical and petrochemical industries, metal powder processing, and oil depots and gas stations.
TZCO 136t Methanol Unmanned Intelligent Wide-Body Truck
This product is an unmanned heavy-duty truck integrating long-range hybrid power and powerful 800kW dual motors. It features triple safety protection and vehicle-to-infrastructure (V2I) capabilities, achieving all-weather precise positioning and operation through multi-sensor fusion and millisecond-level fault response. The vehicle is equipped with a quadruple braking system and dual steering backup, ensuring safe and reliable operation, and supports efficient and autonomous completion of transportation tasks under complex working conditions.
SPC & Cartesius All-Terrain Intelligent Robotic Lawn Mower
This robotic lawn mower features centimeter-level positioning and autonomous path planning capabilities. Equipped with high-precision RTK, 3D lidar, and visual sensing systems, it can intelligently identify and avoid obstacles. The robot adopts a tracked design, offering strong terrain adaptability, with a maximum climbing angle of 35 degrees. It can mow up to 3,000 square meters per hour, and over 20,000 square meters per day, equivalent to the efficiency of 6 to 8 people working together. It can be widely used in the intelligent maintenance of large green spaces such as reservoir dams, river slopes, and municipal gardens.
