Wanjet - Model WANJET S55 -Spray Robots
The WANJET S55 is a specialized spraying robot designed to automatically apply chemicals to cultivated plants in greenhouses and outdoor environments where pipe rails are installed. This robotic system is capable of accurately targeting crops like tomatoes, cucumbers, bell peppers, eggplants, roses, and various ornamental plants, ensuring uniform application and optimal coverage with minimal chemical use. Integrated software allows for seamless operation, while its GSM alarm feature enables easy remote supervision. The unit can be paired with the WANJET T1, which facilitates automatic path-to-path movement, resulting in a fully autonomous spraying process. The WANJET S55 offers improved spray control with minimized drift, enhancing efficiency and reducing labor costs, making it a valuable asset in modern agricultural practices.
Wanjet S55 is our second generation of spray robots for use in greenhouses where a pipe rail system is installed. The unit is only 30 cm wide and weighs less than 200 kg, equipment included.
- The Wanjet S55 is very easy to move between each path and between different greenhouses.
- Wanjet S55 treats large areas fast; the capacity is up to 4700 m2/h! Wanjet S55 can be programmed to treat only parts of the paths.
- All models have hose reels with linear guides and capacity for a hose length up to 180 m!
- A compact design and a low weight Easy cleaning and maintenance Made of materials with very high resistance against corrosion Possible to equip with a large assortment of WANJET spray booms and accessories to fit your special requirements
- Prepared with software for the use of cleaning equipment.
- Gutter cleaner, ceiling cleaner, and foam injector with an extra air hose reel are optional accessories.
- User-friendly interface for the operator. It goes very quickly to learn a new operator to handle the machine.
- Wanjet S55 gives improved coverage of the plant compared with manual spraying. At the same time, labor costs are reduced and labor conditions are improved due to reduced exposure to chemicals.