Physiological Parameter Based Design Pig Breeding Equipment RFID Intelligent Sow Management Cable Tray

Product Description

This Pig Breeding Equipment line includes farrowing pens, nursery pens, gestation stalls, a cable tray automatic feeding system, and an intelligent sow feeding management system. Every pen is designed according to pigs’ physiological parameters at different growth stages while incorporating real farm environmental data. The pens feature plastic, cast iron, or cement slatted flooring, hot‑dip galvanized metal fence frames, and cast iron or full plastic support feet – resulting in a robust structure and long service life. These components provide pigs with a clean, dry, and warm environment, significantly improving breeding efficiency. The cable tray automatic feeding system enables centralized, unified feed delivery and greatly reduces manual labor. The intelligent sow feeding management system uses RFID technology to achieve precise feeding and scientific management of individual sows under large‑scale conditions, bringing highly automated control to the entire production process.

Technical Specifications

Classified Applications & Advantages

1. Farrowing Pens – Clean Warm Environment for Birth & Lactation

• Physiological parameter design – Creep area kept at 30‑32°C for piglets while sow zone stays 18‑22°C; anti‑crush bars protect piglets without restricting nursing access

• Slatted flooring – Cast iron slats in sow area (durable, easy to clean) and plastic slats in creep area (warm, non‑slip for piglets) keep bedding dry and reduce scours

• Hot‑dip galvanized frame – Resists urine corrosion and daily power washing; support feet (cast iron/plastic) lift pen off wet floor, preventing rust at ground contact

2. Nursery Pens – Smooth Transition After Weaning

• Dry warm environment – Raised plastic slatted floors eliminate chilling from wet concrete; side panels reduce drafts at piglet level

• Adjustable feeder space – Pen dimensions adapt to group size (20‑40 piglets per pen); removable divider panels allow gradual space increase as pigs grow

• Easy cleaning – Galvanized fence panels swing open for complete access; floor panels snap out for deep sanitation between batches

3. Gestation Stalls – Individual Management for Breeding Sows

• Physiological fit – Stall width (650mm) and length (2100mm) match average sow dimensions; back gate adjusts for body condition changes during pregnancy

• Slatted flooring – Cement or cast iron slats with 20‑25mm gaps allow manure to fall through, keeping the lying area dry and reducing lameness

• Integrated feeding – Can be connected to cable tray automatic system or RFID intelligent feeder for precise ration control per sow

4. Cable Tray Automatic Feeding System – Labor Saving & Unification

• Centralized unified feeding – One control panel operates all cable trays across multiple pens; feed is delivered simultaneously to every stall

• Reduced labor intensity – Eliminates manual feed scooping and trolley pushing; one worker can manage feeding for 1000+ sows per hour

• Consistent feed volume – Cable tray design prevents bridging or segregation; each drop point receives identical ration (error <3%)

5. Intelligent Sow Feeding Management System – RFID Precision & Automation

• Individual sow identification – Each sow wears an RFID ear tag; the system reads the tag, checks her stage (gestation/lactation/weaning), and dispenses the exact pre‑programmed ration

• Real‑time consumption monitoring – Tracks feed intake per visit, alerts if a sow misses meals (potential illness), and records daily totals

• Highly automated control – No need to separate sows for feeding; the system works in group housing or individual stalls, reducing stress and fighting

• Data driven management – Generates reports on feed conversion, weight gain, and estrus detection (based on reduced intake patterns)

6. Flooring & Structural Advantages (All Pen Types)

• Three material options – Plastic slats (warm, lightweight), cast iron slats (heavy‑duty, best for farrowing), cement slats (economical for gestation) – all with leaky design

• Hot‑dip galvanized frames – 15+ year corrosion protection; no sharp edges to injure pigs

• Cast iron or full plastic support feet – Elevate pens 100‑150mm above floor, allowing air circulation underneath and preventing rust from standing liquid

7. Combined Advantages for Breeding Efficiency

• Clean dry warm environment – Leaky flooring removes manure quickly; dry surface reduces respiratory diseases; warm zone (with optional heat lamp or floor heating) lowers piglet mortality

• Reduced labor – Cable tray auto feeding + RFID sow management reduces daily pig handling time by 70% compared to traditional methods

• Scientific management – RFID data enables evidence‑based decisions on feed formulation, culling, and breeding timing

8. Application Scenarios

• Farrowing house – Use farrowing pens with cast iron slats and anti‑crush bars; cable tray system delivers lactation feed to sows; RFID optional for individual sow feeding curves

• Nursery barn – Install nursery pens with plastic slatted floors and adjustable feeders; group housing supports natural weaning transition

• Gestation unit – Place gestation stalls (individual or group housing with electronic feeding stations) using cement or cast iron slats; RFID system precisely controls feed for each sow

• Breeder & gilt development – Positioning pens for gilts and boars, designed with taller front gates and anti‑mounting bars

• Large‑scale commercial farrow‑to‑finish farms – Full integration of cable tray auto feeding across all stages plus RFID for sows, creating a unified data platform

• Research & genetic nucleus farms – RFID system provides individual performance tracking for selection decisions; adjustable pens accommodate different genetic lines