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Model Info
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More Information About 3D Model :
**Net Pot Cup (Hydroponic Seedling Container)**

A Net Pot Cup, frequently referred to as a hydroponic basket or mesh pot, is a specialized horticultural container engineered for the structural support and cultivation of young plants, or seedlings, within soil-free (soilless) cultivation environments, primarily hydroponic and aquaponic systems. Its design facilitates efficient root zone management, rapid nutrient uptake, and optimal root aeration, critical elements in non-terrestrial plant production.

**Nomenclature and Definition**

The apparatus is classified under horticultural equipment specifically designed to suspend plants where the substrate is inert or minimal, allowing the roots to grow directly into a circulating nutrient solution. The term "Net Pot" derives from the highly perforated, net-like structure which distinguishes it from conventional opaque nursery containers. These cups are essential components in various hydroponic techniques, including Deep Water Culture (DWC), Nutrient Film Technique (NFT), Ebb and Flow (Flood and Drain) systems, and specialized aeroponic setups.

**Design and Construction**

Net Pot Cups are typically manufactured from durable, non-reactive thermoplastic polymers, such as polypropylene (PP) or polyethylene (PE), ensuring chemical stability when exposed to nutrient solutions with varying pH levels. The physical structure is defined by three key elements:

1. **Perforated Walls and Base:** The container walls and base feature a high density of apertures or slits (the "netting"). This lattice structure serves two primary functions: it ensures unrestricted root egress into the external environment, and it maximizes the flow of nutrient solution and dissolved oxygen across the entirety of the root mass, thereby preventing localized anoxia.
2. **The Flange (Lip):** An integrated collar or lip around the top perimeter of the cup is designed to suspend the net pot securely within pre-cut holes in reservoir lids, grow channels, or system modules. The standardized diameter of this lip ensures compatibility across different commercial hydroponic systems.
3. **Shape and Size:** While cylindrical shapes are standard, net pots vary in depth and diameter, typically ranging from 2 inches (50 mm) to 6 inches (150 mm) depending on the mature size of the plant species being cultivated (e.g., smaller sizes for leafy greens; larger for fruiting crops).

**Function and Application in Soilless Systems**

Net Pot Cups perform the initial role of securing the seedling and its inert starting medium (e.g., rockwool cubes, coco coir plugs, or expanded clay aggregate/hydroton) during the propagation phase.

1. **Seedling Initiation:** Seeds are often germinated in smaller inert plugs or mats. Once the radicle has emerged, the young plant, often referred to as a "plug" or "transplant," is transferred into the Net Pot Cup, stabilized by the surrounding inert medium.
2. **Root Migration:** As the plant grows, the roots penetrate the permeable mesh walls of the cup and descend into the underlying nutrient reservoir. The structural integrity of the net pot prevents the inert media from contaminating or clogging the hydroponic circulation pumps and plumbing.
3. **Oxygenation:** The mesh structure, combined with the often-fluctuating water levels (or high aeration in DWC), ensures superior root zone oxygenation compared to densely packed soil systems, which significantly contributes to reduced stress and enhanced nutrient assimilation.

**Advantages in Controlled Environment Agriculture (CEA)**

The utilization of net pot technology is fundamental to modern Controlled Environment Agriculture due to several logistical and physiological advantages. By eliminating traditional soil, the risk of soil-borne pathogens (such as *Pythium* or *Fusarium*) is substantially reduced, contributing to a cleaner, more sterile cultivation environment. The standardization offered by net pots facilitates the mechanical handling, grading, and automated transplantation processes integral to large-scale commercial hydroponic farms.

KEYWORDS: Hydroponics, Net Pot, Soilless Cultivation, Seedling Container, Mesh Pot, Deep Water Culture, NFT, Hydroponic Basket, Root Zone, Aeration, Inert Medium, Rockwool, Coco Coir, Hydroton, Perlite, Transplantation, Plug, Propagation, Young Plant, Nutrient Solution, Polypropylene, Horticultural Equipment, CEA, Aquaponics, Root Egress, Drainage, Soilless Medium, Root Support, Hydroculture, Growing System.