This UV-C plant treatment device offers a unique combination of precision, mobility, and eco-friendliness, setting it apart from conventional farming solutions. Unlike chemical-based methods, it enhances crop yield, nutritional quality, and disease resistance without harmful residues. Its ability to deliver targeted UV exposure tailored to specific plants and growth stages maximizes effectiveness while minimizing energy use. Adaptable to various farming environments—including greenhouses, nurseries, and vertical farms—it provides a scalable, low-maintenance, and sustainable alternative that supports healthier crops and reduces long-term operational costs.

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Modern agriculture heavily relies on chemical pesticides to manage plant diseases and boost crop yields. However, this approach raises environmental and health concerns, increases production costs, and may reduce the nutritional quality of produce. Additionally, many farming systems lack sustainable, non-chemical alternatives that can effectively enhance plant growth and resistance to diseases like Sclerotinia, which causes significant crop losses. There is a need for an eco-friendly solution that can improve crop performance, quality, and resilience without relying on harmful chemicals.

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Offers a chemical-free approach to enhancing crop performance. This motorized system delivers controlled UV-B and UV-C light tailored to specific plant types and growth stages. By applying optimized UV doses, especially during the pre-flowering stage, the device boosts plant growth, improves nutritional content, and significantly reduces disease infections such as Sclerotinia. It provides a sustainable, eco-friendly alternative suitable for various agricultural settings, including greenhouses, nurseries, open farms, and vertical farming systems.

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The innovation lies in a patented, motorized UV-C plant treatment device that delivers precise UV-B and UV-C light exposure customized for different crops and growth stages. Unlike traditional methods, this system enhances plant growth and nutrition while reducing dependency on chemical pesticides. It is the first of its kind to integrate targeted UV treatment in a mobile unit, making it adaptable for diverse farming setups—from open fields to vertical farms. Its ability to significantly suppress plant diseases like Sclerotinia and improve crop quality marks a breakthrough in sustainable agriculture.

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