Cleaning Drone
EIPEKS cleaning drone is an innovative device designed for efficient and safe high-altitude operations.
It automatically performs high-altitude cleaning tasks by perfectly combining advanced drone technology with cleaning systems. Our cleaning drones are suitable for cleaning needs in various vertical fields, whether it is high-rise buildings, solar facilities, or industrial sites, they can provide precise and intelligent solutions.
Buy a Cleaning Drone
Cleaning Drone
EIPEKS cleaning drone is an innovative device designed for efficient and safe high-altitude operations.
It automatically performs high-altitude cleaning tasks by perfectly combining advanced drone technology with cleaning systems. Our cleaning drones are suitable for cleaning needs in various vertical fields, whether it is high-rise buildings, solar facilities, or industrial sites, they can provide precise and intelligent solutions.
Buy a Cleaning Drone
Product Center
helping you navigate safer and more effective ways to clean at heights.
3WWDZF6-50DS Cleaning Drone
A high-efficiency carbon fiber drone with an 80KG load capacity and a 30-minute battery life. It operates in temperatures ranging from -40°C to +70°C, making it suitable for high-altitude and complex cleaning tasks.
3WWDLC6-30 Agricultural Drone
Featuring a takeoff weight of 68KG and a 30L chemical tank, this drone offers a 30-minute flight time when unloaded and 14 minutes when fully loaded. It supports an 8-meter spray width, ideal for efficient agricultural operations.
YF-40 External Wall Cleaning Drone
A lightweight carbon fiber drone weighing only 10.5KG with a 15-minute flight time and a speed of 10 m/s. It is ideal for quick deployment and versatile operations.
Intelligent Dike Inspection Drone
With a folding size of ≤500mm, this drone supports 4G remote control, HD image transmission, 10x zoom visible light camera, and thermal imaging, making it perfect for precise inspections and intelligent alarms.
TH2300 50kg Load Drone
Made from aviation-grade carbon fiber and aluminum, it has a maximum takeoff weight of 110KG, a flight altitude of up to 5000 meters, and a 17-minute flight duration, which is suitable for transport and logistics missions.
TH2600 50kg Load Drone
A high-performance drone with a maximum takeoff weight of 135KG and a 35-minute flight duration, it is ideal for all-terrain operations and cargo delivery. It also offers optional RTK and radar obstacle avoidance features.
TH3000 80kg Load Drone
It is designed for heavy loads, with a maximum takeoff weight of 160KG, an 80KG payload, and a 20-minute flight time. It is suited for transport and logistics tasks, supporting multiple flight modes and safety protection features.
Enhanced Safety
High-altitude tasks are often dangerous, especially on skyscrapers, wind turbines, or other high-risk areas. Cleaning drones can fully replace humans in these hazardous environments, greatly reducing the risk of accidents caused by falls or operational errors.
Advantages of Drones in High-Altitude Cleaning
Compared to traditional high-altitude cleaning methods, cleaning drones offer several distinct advantages
Increased Efficiency
Drones can autonomously perform high-altitude cleaning tasks. With precise navigation and smart planning systems, they can quickly cover large areas, avoiding the extensive time and labor required for scaffolding or basket setups, thus greatly improving work efficiency.
Eco-Friendly
The drone cleaning process allows for precise control of cleaning fluid usage and spray angles, minimizing waste and reducing environmental impact, showcasing energy-saving and eco-friendly benefits.
High Maneuverability
Drones, with their flexible flight capabilities, can access areas that are hard for humans to reach, especially in complex structures, narrow spaces, or dangerous zones, completing cleaning tasks with precision.
Cost Reduction
Traditional high-altitude cleaning needs specialized equipment and personnel, like aerial lifts, ropes, or scaffolds, which can be very costly. Drone cleaning cuts the need for heavy equipment, reducing maintenance and operational costs, making it more economical and efficient.
Core Technologies
Drone Technologies
Flight Stability
The drones are equipped with high-precision gyroscopes, barometers, and IMU (Inertial Measurement Units) sensors, allowing them to maintain stable flight even in adverse weather conditions like strong winds, rain, or snow. Whether navigating air currents between tall buildings or maneuvering around narrow industrial equipment, the drones can maintain precise flight control.
Autonomous Navigation System
The drones utilize GPS and RTK (Real-Time Kinematic) positioning technologies for accurate location determination and optimal cleaning route planning. With preset paths and real-time adjustments, the drones can automatically identify target areas and complete cleaning tasks in the shortest distance, conserving battery life.
Obstacle Detection and Avoidance System
Equipped with LIDAR, ultrasonic sensors, and computer vision technology, the drones can scan their surroundings in real-time to identify obstacles such as buildings, trees, and cables. This ensures they can intelligently avoid collisions and continue efficient cleaning in complex environments.
Core Technologies: Cleaning Systems
Core Technologies
Drone Technologies
High-Pressure Jet System
High-Pressure Jet System
The cleaning drones come with high-pressure nozzles that produce powerful streams of water or air, effectively removing dust, dirt, and stubborn stains from surfaces like building exteriors, windows, and solar panels. The water pressure can be adjusted to prevent damage to delicate materials.
Cleaning Liquid Distribution System
Featuring an intelligent distribution system, the drones automatically control the spray amount of cleaning liquid based on the surface material type and stain level. With adjustable nozzles, the drones can evenly distribute the cleaning solution, maximizing efficiency while minimizing waste and environmental impact.
Cleaning Liquid Distribution System
Scrubbing System
For tougher stains, the drones are equipped with rotating scrubbing devices that effectively wipe away difficult grime. Made from flexible materials, the scrubbing system protects surfaces from scratches, making it suitable for smooth materials like glass and metal.
Scrubbing System
Application Directions
Window and Exterior Wall Cleaning
Cleaning drones effectively tackle the challenges of cleaning high-rise building exteriors and windows. With autonomous flight and obstacle detection technology, drones can safely and accurately perform high-altitude tasks, reducing the high risks and costs associated with traditional manual cleaning, while significantly improving cleaning efficiency.
Solar Panel Cleaning
Regular cleaning of solar panels is essential for maintaining their energy efficiency. The drones are equipped with cleaning systems that automatically detect and remove dust, dirt, and debris from the panels, preventing efficiency drops due to dust buildup. This helps extend the lifespan of the equipment and ensures optimal performance.
Wind Turbine Maintenance
The blades of wind turbines are exposed to the environment and can accumulate dirt and debris, affecting energy production. Drones can safely reach the high points of turbines, using high-pressure jets and scrubbing systems to clean the blades and other critical components, helping wind energy facilities operate efficiently.
Industrial Cleaning
In industrial settings, drones can be used to clean large facilities, such as factories, warehouses, and industrial equipment. With autonomous navigation and powerful cleaning systems, drones efficiently clean areas that are difficult to reach from the ground, reducing cleaning time and downtime costs.
Other Applications
In addition to buildings and industrial scenarios, drones can also be used to clean large public spaces, such as sports venues, plazas, and train stations. Their flexibility allows them to quickly cover these areas, performing extensive cleaning tasks while saving labor resources and ensuring public facilities remain clean.
Window and Exterior Wall Cleaning
Solar Panel Cleaning
Wind Turbine Maintenance
Industrial Cleaning
Other Applications
Solutions and Customization Services
We offer highly flexible customized services to create tailored cleaning drone solutions based on specific customer needs. Whether for high-altitude work in unique scenarios or functional equipment customization, we provide optimal solutions to meet various complex application requirements.
Needs Assessment
First, we engage in thorough communication with clients to fully understand their cleaning needs and project requirements. This includes:
- Application Scenario Analysis: Understanding the client's work environment (e.g., high-rise buildings, wind turbines, industrial plants) and specific cleaning task requirements.
- Technical Requirements Discussion: Exploring the client's specific needs regarding drone technology, such as flight stability, cleaning system functionality, and so on.
- Budget and Timeline Planning: Determining suitable technical solutions and implementation plans based on the project's budget and timeframe.
Solution Design
Based on the results of the needs assessment, we begin the solution design phase:
- Program Planning: Developing an initial design plan, including technical specifications for the drone, cleaning system configuration requirements, ensuring the plan meets the client's functional needs and operational conditions.
- Technology Selection: Choosing the most appropriate drone platform and cleaning equipment, integrating the latest technologies and materials for optimal performance.
- Detailed Design: Creating design drawings and system integration plans for the drone, ensuring all components and systems work seamlessly together.
Prototype Testing
After completing the solution design, we move to the prototype testing phase:
- Prototype Manufacturing: Producing a drone prototype based on the design plan, equipped with the required cleaning systems and smart devices.
- Testing and Debugging: Testing the prototype in simulated or real environments, assessing flight stability, cleaning effectiveness. Through repeated testing and tuning, we ensure the drone meets expected results in actual work conditions.
- Client Feedback: Presenting the prototype to the client to gather feedback, making necessary adjustments and optimizations based on their input.
Final Deployment
After prototype testing and adjustments, we enter the final deployment stage:
- Production and Delivery: Manufacturing drones according to the final design plan, ensuring each unit meets quality standards. After production, we deliver the drones to the client and provide necessary training and operation manuals.
- Installation and Debugging: Offering remote assistance for on-site installation and debugging to ensure the drones are ready for use, verifying their performance in real environments and ensuring they meet client requirements.
- After-Sales Service: Offering comprehensive after-sales support, including technical assistance, repair services, and software updates, ensuring any issues encountered during use are promptly addressed and that the drones continue to operate reliably.
Contact Us
Are you looking for a professional drone development partner, or would you like to learn more about how we can support your project? Please fill out the form below to get in touch with us.