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High-Efficiency Waterweed Harvesting Vessel from China - Durable Design by Leading Suppliers & Factory
Description
Our multifunctional grass-cutting vessel delivers comprehensive water surface management for rivers, lakes, and reservoirs. By merging aquatic weed harvesting, floating debris collection, and ecological restoration support into a single platform, it addresses the full spectrum of water body maintenance challenges.
The vessel operates through an intelligent control interface that coordinates cutting, conveying, and storage functions. This integrated approach enables operators to tackle excessive vegetation growth and surface pollution in one continuous workflow, restoring both visual clarity and ecological balance to affected water bodies. Built for sustained performance, the system adapts to varying aquatic conditions while maintaining low disturbance to surrounding ecosystems.
Core Advantages
- High-efficiency Harvesting System: Equipped with high-strength alloy blades, the cutting width can be adjusted from 1.5 to 4 meters, and the daily processing area can reach 2 to 8 square kilometers.
- Intelligent Homework Mode: Utilizes GPS path planning and automatic obstacle avoidance system, supporting both fully automatic and manual operation modes.
- Dual-function Design: The front harvesting device and the middle conveyor belt work together to complete the entire process of waterweed cutting, collection, dehydration and transportation simultaneously.
- Environmentally Friendly & Low Disturbance: Electric or hybrid power options are available. The noise level is below 65 decibels. There is no risk of oil leakage during the operation process.
We offer customized multi-functional lawn mowing boat solutions, which can be configured with cutting tool systems, power options (diesel/electric/solar), and collection capacity based on the characteristics of the water body (water depth, weed density, obstacle distribution). The key parts of the equipment are made of Swedish SSAB wear-resistant steel plates, and are equipped with an intelligent monitoring terminal to provide real-time feedback on operation data.
Please send your project parameters to the professional team to obtain targeted solutions and quotations!
Sustainable Water Body Management
Designed specifically for freshwater environments including lakes, rivers, and reservoirs, the equipment removes invasive weed species and accumulated waste without disrupting established aquatic communities. The intelligent operation system ensures precise cutting depths and efficient material handling, transforming overgrown water bodies into balanced ecosystems. For environmental managers seeking sustainable solutions, this vessel represents a practical path toward cleaner, healthier waterways.
FAQs
Q1: Can your Weed Cutting Boat be customized?
Yes, we support OEM/ODM customization. We can customize the parameters such as tonnage, dredging depth and daily output according to your specific needs, and provide free design drawings.
Q2: What is the service life of the equipment?
The service life of the hull is 8–15 years, and the service life of wearing parts (cutter, impeller) is 2–3 years. We provide lifelong technical guidance and wearing parts supply.
Q3: Do you provide installation and after-sales service?
Yes, we provide 24/7 after-sales support. If there is any problem with the equipment, our technical team will arrive at the site for maintenance within 48 hours.
Q4: Can the equipment be used in sea water?
Yes, our Weed Cutting Boat adopts anti-corrosion design, which can work stably in shallow sea salt water environment, and is suitable for offshore sand mining and sea area dredging.
Q5: What power options are available for the vessel?
The vessel supports diesel, electric, and solar (hybrid) power configurations. The electric option keeps noise below 65 decibels with zero oil leakage risk, making it ideal for environmentally sensitive water bodies.
Q6: What types of water bodies is this vessel suitable for?
The vessel is designed for freshwater environments including lakes, rivers, and reservoirs, as well as shallow coastal saltwater areas. It adapts to varying water depths, weed densities, and obstacle distributions based on customized configuration.