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Brooder Deep Litter System

Our design and quality of brooder deep litter system and poultry farm equipment based on European and USA standard.

24 hours Reception WhatsApp NO. : +8618830120193.

All pictures (or videos) of this pages are the application of our brooder deep litter system in customers' poultry farm.

Our technicians have rich experience in localizing poultry farms.

Modern poultry farming demands precise control of growth conditions, feeding, and water supply for chicks.

The brooder deep litter system provides a flat-floor, cage-free environment that integrates automatic feed trays, nipple drinkers, and intelligent IoT/PLC monitoring, optimizing health, growth uniformity, and operational efficiency.

Farms adopting the brooder deep litter system have achieved better feed conversion ratios, reduced labor requirements, and more predictable early-stage growth.

"European Standard Brooder Deep Litter System"

1. System Structure And Performance

Deep Litter System After Installation

The brooder deep litter system features modular pens, adjustable litter depth, automatic feed trays, and nipple drinkers, monitored via a centralized smart control system.

Each unit accommodates 1,000–5,000 chicks, ensuring proper moisture absorption and stable temperatures.

Slide the table to view the complete content. The data is for reference only.

Parameter	Value
Floor Area Per Chick	850–950 cm²
Litter Depth	9–11 cm
Temperature Control	29–31 °C first week, reduced to 21–23 °C by week 6
Relative Humidity	55–60%
Air Exchange Rate	0.65–0.95 m³/min per 1,000 chicks
Feed Tray Delivery Rate	1.3–1.5 kg/m per hour
Water Flow	1.6–1.9 L/min per 100 chicks
Automation	PLC/IoT system, real-time data access

This configuration ensures uniform growth, with average body weight reaching 470–480 g by week 6, providing a smooth transition for pullets to the next production stage.

Controlled temperature, ventilation, and bedding quality reduce stress, improve early-stage feather development, and enhance immunity.

"The Advantages Of Brooder Deep Litter System"

2. Accessories And Components

The brooder deep litter system integrates accessories designed to maximize feed efficiency, water usage, and environmental hygiene:

Slide the table to view the complete content. The data is for reference only.

Accessory	Specification	Function
Feed Tray	7–9 cm diameter, PVC reinforced	Distributes feed evenly via tray; breakage <1%
Nipple Drinkers	Steel ball type, optional cup	Provides clean water with 95% efficiency
Temperature Sensors	Digital, ±0.5°C	Monitors environment in real-time, triggers alerts
Ventilation Fans	2-speed, 420–610 m³/h	Maintains air quality and litter dryness
Litter Material	Pine shavings or rice hulls	Absorbs moisture, reduces ammonia buildup

Smart monitoring reduces labor by up to 60%, supports uniform early-stage growth, and allows real-time intervention if environmental conditions deviate from optimal ranges.

The system ensures data-driven decision-making for temperature, humidity, feed, and water management.

Poultry Data On APP

On Site Data Screen

3. Specifications And Dimensions

The modular design allows farms to expand seamlessly while maintaining consistent management across all pens.

Slide the table to view the complete content. The data is for reference only.

Model	Floor Area (m²)	Chick Capacity	Litter Depth (cm)	Feed Tray Length (m)	Water Line Length (m)
BDLS-5K	52	5,000	10	26	22
BDLS-10K	105	10,000	10	52	42
BDLS-20K	210	20,000	12	105	84
BDLS-50K	520	50,000	12	260	210

Each unit is optimized for feed tray efficiency, water distribution, and precise environmental control, ensuring larger flocks maintain uniform growth, litter quality, and minimal labor input.

"Tips Of Managing Poultry Farm And Poultry Farm Equipment"

4. Farm Applications

The brooder deep litter system is ideal for commercial pullet farms seeking predictable growth, labor efficiency, and smart farm integration.

(1) Example For A 20,000-Chick Setup

Feed consumption: 8.2–10.1 tons/week via feed trays
Water consumption: 10.5–12.3 m³/week

Decomepressor Device And Pipe

Drinkers

Daily labor: 4–6 persons for monitoring and maintenance
Energy: 4.5–6.2 kWh/day for heating and ventilation

IoT monitoring: Data logged every 10 minutes for temperature, humidity, feed, and water

Poultry Feed Storage Silo

Wet Pad

Ventilation Fans

(2) Case Study

Poultry Feed Storage Silo

Feeding Hopper Device And Fan

A 10,000-chick pullet farm implemented the BDLS-10K model. Within six weeks:

Average body weight: 478 g
Feed conversion ratio: 1.54
Litter moisture: 26%
Labor reduction: 55% due to automated feed trays and IoT alerts
Early detection of deviations via smart control reduced growth setbacks by 20%
Remote monitoring allowed proactive management, improving uniformity across all pens

Farms achieve consistent weight gain, improved feather quality, and reduced operational risks, highlighting ROI and reliability.

5. Advantages

(1) Uniform growth and improved survival rates

(2) Reduced labor via automated feed trays and nipple drinkers

(3) IoT-enabled smart monitoring for real-time environmental and feed management

(4) Hygienic environment with controlled litter depth

(5) Modular and scalable design for 5,000–50,000 chicks

(6) Approximate cost per chick: $2.5–3.0 (EU standard)

(7) Enhanced feed efficiency and water savings through tray distribution

Marketing emphasis: Implementing the brooder deep litter system guarantees predictable early-stage performance, improved uniformity, and sustainable profitability.