Hydroponic Grass Growing System

The hydroponic grass growing system is a highly efficient vertical growing solution designed for fresh fodder production, microgreens cultivation, and seedling nursery applications. Built with durable food-grade PVC trays and a multi-layer support structure, this system is ideal for growers who want to save space, recycle water, and produce clean, nutritious green feed in a controlled environment.

This hydroponic growing system is especially suitable for barley, oat grass, lucerne grass, rye grass, wheat grass, corn fodder, bean sprouts, and other fresh fodder crops. With a fast 7-day production cycle, the system allows farms to produce fresh animal feed every day using only seed and water, without fertilizers or hormones.

The vertical structure makes this hydroponic grass growing system a practical choice for modern livestock farms, greenhouse projects, and indoor growing facilities, especially in drought-prone regions where water efficiency and land use are critical.

Quick Specifications

• Product Name: hydroponic fodder system / Hydroponic Grass Growing System

• Tray Size: 290 × 260 × 66 mm

• Material: Food-grade PVC

• Color: White

• Length: Customized

• Fittings: End cap, end cap with spout, connector

• Packing: Bulk package

• Certificate: RoHS

• Applications: Fodder grass growing, microgreens, seedling nursery

What Is a Hydroponic Grass Growing System?

A hydroponic grass growing system is a soilless cultivation system used to grow fresh grass fodder, sprouts, and seedlings in trays or channels with controlled water supply. Instead of traditional field planting, the system uses a nutrient film technique or water recycling irrigation design to support rapid root growth and healthy shoot development.

This method is widely used for:

• barley seeds for sprouting animal fodder

• oat grass and rye grass production

• bean sprout equipment seeds tray system

• microgreens growing

• nursery seedling production

Because the system is vertical and multi-layered, it helps growers increase output while reducing land and water use.

Key Features of Hydroponic Grass Growing System

Multi-Layer Vertical Design

The system adopts a multiple layer aeroponics grow NFT channel style structure that makes full use of vertical growing space. This design is especially suitable for greenhouse and indoor farming projects where land is limited but production demand is high.

Food-Grade PVC Tray

Each tray is made of high-quality food-grade PVC, which is heavy-duty, environmentally friendly, easy to clean, and suitable for long-term agricultural use. The material is RoHS compliant and designed for repeated daily production.

Water Recycling and Water Saving

This hydroponic grass growing system features a water-saving irrigation regimen that eliminates the need for overhead watering. Water can be recycled through the system, reducing waste and helping control humidity levels that may otherwise promote fungus or mold growth.

Fast 7-Day Growth Cycle

One of the biggest advantages of this vertical complete hydroponic fodder system is the rapid production cycle. In about 7 days, seeds can grow into fresh, tender fodder ready for feeding livestock.

Modular and Scalable

The system can be used as a single unit or connected into larger multi-unit systems to achieve higher daily yields. This makes it suitable for both small farms and large commercial fodder operations.

Main Advantages

1. Save Space with Multi-Layer Design

The vertical structure allows growers to produce more grass in a smaller footprint. This is ideal for farms looking to maximize indoor or greenhouse production.

2. Save Water Through Recycling

Water recycling is one of the core advantages of the hydroponic grass growing system. Compared with traditional cultivation, it greatly reduces water consumption and is highly suitable for areas with drought conditions.

3. Clean and Nutritious Feed

Fresh hydroponic fodder is clean, tender, and nutritious. It can be used directly as green feed for livestock such as cows, horses, chickens, sheep, goats, and pigs.

4. Reduce Labor and Improve Efficiency

The system is easy to manage and supports automatic or semi-automatic irrigation. This reduces labor requirements and makes daily production more predictable.

5. Stable and Rapid Output

With a reliable 7-day cycle, growers can harvest fresh fodder continuously and maintain a steady feed supply for animals throughout the year.

Applications

This hydroponic grass growing system is suitable for a wide range of agricultural uses:

For Fodder Grass Growing

It is widely used to grow:

• barley fodder

• oat grass

• lucerne grass

• rye grass

• corn fodder

• wheat fodder

This makes it an excellent solution for farms that need fresh animal fodder every day.

For Microgreens

The PVC tray is also suitable for microgreen production. Because the multi-layer design allows more sunlight to reach each level and leaves enough room for artificial lighting, it is ideal for year-round microgreen growing.

For Seedling Nursery

Good seedlings are the foundation of a good harvest. This tray system is also suitable for nursery applications, helping seeds germinate in a clean and controlled environment. Matching seedling trays and growing media can also be used together.

Production Cycle of Hydroponic Fodder Grass

Day 1

Pre-soaked grains are spread evenly in the plastic tray, and the trays are stacked on shelves for the first stage of germination.

Day 2

After soaking for around 24 hours before planting, seeds begin to sprout roots and shoots.

Day 4

Strong root bed development begins. Healthy roots form a dense carpet-like mass that lifts the seed and young shoots from the tray.

Day 6

The root bed is almost fully developed, and growth starts shifting more strongly to the shoots, which typically reach 1–2 inches in height.

Day 7

Feeding day arrives. Fully developed shoots and root beds are ready for harvest. The shoots usually reach around 8–10 inches in height and can be fed directly to livestock.

This rapid cycle is one of the key reasons why the hydroponic grass growing system is becoming increasingly popular in livestock farming.

Why Choose Our Hydroponic Grass Growing System?

Designed for Commercial Use

This is not just a simple tray, but a practical vertical complete hydroponic fodder system designed for daily production and scalable farm use.

Suitable for Different Crops

The system is flexible enough for fodder grass, microgreens, bean sprouts, and seedling nursery applications.

Strong Material and Reliable Performance

Our PVC tray system is heavy-duty, easy to clean, and built for repeated use in hydroponic growing conditions.

Better Feeding Solution for Livestock Farms

Fresh fodder grown in this hydroponic grass growing system supports healthier animal growth and offers a clean alternative to dry feed or field-grown fodder.

Ideal for Drought-Prone Areas

Because it saves water and reduces land dependence, this system is especially valuable in regions where conventional forage production is difficult.

FAQ

What is a hydroponic grass growing system used for?

A hydroponic grass growing system is used to grow fresh fodder grass, sprouts, microgreens, and seedlings in a soilless environment with controlled irrigation.

What crops can be grown in this system?

It can be used for barley grass, oat grass, lucerne grass, rye grass, wheat fodder, corn fodder, bean sprouts, microgreens, and nursery seedlings.

How long does it take to grow fodder grass?

The standard production cycle is about 7 days from seed to grass, allowing daily fresh fodder harvest.

Is the system water-saving?

Yes. The system uses a water recycling irrigation method that saves a large amount of water compared with traditional soil cultivation.

Which animals can be fed with the fodder?

The fresh grass can be used for cows, horses, chickens, sheep, goats, pigs, and other livestock.

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