IXORTA GROUPGroup of Companies · Manufactured in Türkiye
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Poultry Engineering Guide · 15 min read

Complete Equipment Planning for a 100,000-Broiler Production Facility: Cages vs Floor Systems

Engineering and equipment sizing for 100,000 broilers: multi-house layouts (2 × 50k or 4 × 25k), automatic pan feeding lines, heating systems, and automated harvest broiler cages.

Executive Direct Answer

The Direct Engineering Answer

A 100,000-broiler commercial meat project is typically configured as either two large climate-controlled houses of 50,000 birds each (120m × 16m) or four standard houses of 25,000 birds each (90m × 12m). Producers choose between two mechanical paradigms: Automated Floor Pan Systems (wood shavings or rice husk bedding, automatic winch-suspended pan feeding lines, and nipple drinkers) or Multi-Tier Broiler Battery Cages (IX-B270 with automatic bottom belt bird harvesting). The floor system has lower initial capital costs, whereas the cage system achieves 2.8× higher stocking density per square meter of shed and eliminates coccidiosis risks.

Buyer Practical Context

Understanding the Buyer's Situation

Commercial broiler integrators must balance bird growth rates, Feed Conversion Ratios (FCR), mortality rates, and catch-out labor. Manual bird catching during 2 AM harvest causes wing bruising and bird stress. Modern Turkish automated broiler systems provide mechanized solutions that lower FCR from 1.65 down to 1.50.

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Two Architectural Approaches: 2 × 50,000 vs. 4 × 25,000 Houses

While two 50,000-bird houses reduce construction costs per bird, four 25,000-bird houses provide superior biosecurity and all-in/all-out staggered marketing flexibility. For a 50,000-broiler floor-rearing shed (120m × 16m): - 5 longitudinal pan-feeder lines with 14-inch anti-waste feed pans spaced every 0.75m. - 6 nipple-drinking lines with 360° stainless steel flow nipples and drip cups. - 10 × 54-inch galvanized cone exhaust fans mounted in the rear endwall. - 60 m² of 150mm evaporative cooling pads along the front sidewalls. - 4 × 80 kW indirect-fired gas or diesel space heaters with circulating fans.

Automated Broiler Cages with Mechanical Harvesting

The IXORTA IX-B270 Broiler Cage System revolutionizes meat bird production: - Birds are reared on smooth, flexible virgin polypropylene floor mesh that prevents breast blisters and leg deformities. - At harvest day (day 35–42), the flexible floor grid slides out pneumatically or manually, depositing the broilers directly onto the longitudinal manure/harvest belt. - The belt moves at controlled speed, conveying the birds to a transverse cross belt and an outdoor crate loading elevator, harvesting up to 5,000 birds per hour with minimal labor and zero bruising.

Table 6: Broiler Floor Rearing vs. Automated Broiler Battery Cages (100,000 Birds)
Production FactorAutomated Floor Pan SystemIXORTA IX-B270 Broiler Cages
Total Shed Land Area6,500 m² (4 sheds of 90m × 18m)2,400 m² (2 sheds of 80m × 15m)
Stocking Density14 – 16 birds/m² floor area38 – 45 birds/m² floor area
Feed Conversion Ratio (FCR)1.62 – 1.68 standard1.50 – 1.55 (less activity calorie waste)
Litter / Bedding CostHigh (wood shavings needed each batch)Zero (no litter required)
Harvest Catching Labor12–16 catchers per house (night shift)2–3 operators via automated belt harvest
Coccidiosis / Disease RiskModerate (birds contact feces)Near zero (droppings drop to belts immediately)
Practical Engineering Calculation

Broiler Ventilation Dynamics: 50,000 Birds at Day 35

Engineering Assumptions: Average live weight: 2.2 kg; Target tunnel wind speed: 2.2 m/s; Outside summer temperature: 34°C.

  1. Total live weight in house = 50,000 birds × 2.2 kg = 110,000 kg (110 metric tons).
  2. Maximum summer ventilation requirement = 6.0 m³/h per kg live weight = 110,000 kg × 6.0 = 660,000 m³/h.
  3. IXORTA 54-inch Heavy Duty Fan capacity = 42,000 m³/h at 25 Pa static pressure.
  4. Fans required = 660,000 ÷ 42,000 = 15.7 -> 16 fans operational.
  5. Tunnel cross-sectional air velocity: 16m width × 2.6m average height = 41.6 m² cross section. Velocity = 660,000 ÷ (41.6 × 3600) = 4.4 m/s (ideal wind-chill lowering perceived bird temperature by 6–8°C).

⚠️ Critical Buyer Mistakes to Avoid

  • Inadequate heating capacity during chick brooding (first 7 days require uniform 32–33°C floor temperature).
  • Overcrowding floor birds in summer without sufficient tunnel wind velocity, leading to sudden heat stroke mortality.
  • Allowing water pressure to fluctuate, leading to wet litter around drinker lines.

Frequently Asked Questions

How many broiler batches can be produced per year in an automated shed?

With a 38-day growing cycle and a 10 to 14-day turnaround period for cleaning, washing, disinfection, and downtime, commercial farms achieve 6.0 to 6.5 complete batches per year.

What heating fuel is most economical for broiler brooding?

LPG or natural gas indirect air heaters are preferred because they do not release moisture or carbon dioxide into the house atmosphere, maintaining clean dry air for young chicks.

Relevant IXORTA Verified Machinery
Catalogue Model

IX-B270 Broiler Cage System

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Catalogue Model

IX-Ground-Broiler Floor Feeding Line

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Catalogue Model

IX-Ventilation-Cooling Heavy Duty Fans

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Factory Direct Quotation

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