McbeAn Tomato Pollinator, Vegetable Pollinator Sprayer, Built-in 6500mAh Lithium Battery, High-Speed Rotating Head for Fast Pollination, for Indoor Gardens, Use On Tomatoes, Peppers, Strawberries
R 4,961
or 4 x payments of R1,240.25 with
Availability: Currently in Stock
Delivery: 10-20 working days
Please be aware orders placed now will not arrive in time for Christmas, please check delivery times.
McbeAn Tomato Pollinator, Vegetable Pollinator Sprayer, Built-in 6500mAh Lithium Battery, High-Speed Rotating Head for Fast Pollination, for Indoor Gardens, Use On Tomatoes, Peppers, Strawberries
【Effortless Operation】: The electric tomato pollinator is designed for ease of use, featuring a one-button start mechanism that allows you to spread pollen with just a touch. This portable cordless pollinator eliminates the need for cumbersome batteries or wires, making it an ideal choice for indoor gardens
【High Efficiency】: Experience rapid pollination with the mini tomato pollination tool's impressive rotation speed of 7000 RPM. This high-efficiency design saves you time and reduces your work burden, making it perfect for busy gardeners looking to optimize their greenhouse cucumber and tomato yield
【Lightweight and Comfortable】: The electric greenhouse cucumber tomato pollination tool is lightweight and easy to hold, thanks to its built-in lithium battery. You can comfortably use it for extended periods without feeling tired, allowing for precise pollination of your plants
【Long-lasting Power】: Equipped with a built-in 6500mAh lithium battery, this rechargeable vegetable pollinator sprayer offers impressive battery life. Enjoy uninterrupted operation for 10-14 hours on a full charge, ensuring efficient artificial pollination of your tomatoes, peppers, and strawberries
【User Tips for Best Results】: To achieve optimal pollination results with the vegetable pollinator sprayer, simply keep the vibrating steel needle in contact with the flower spike for about 0.5-1 second. Avoid placing it directly on flowers or fruits to prevent damage during the pollination process