Poultry Evisceration Chute

Product Overview

Huatao evisceration chute provides a hygienic collection and transportation solution for:

• Chicken

• Broiler

• Duck

• Turkey

• Goose

It is mainly used for collecting:

• Heart

• Liver

• Gizzard

• Intestines

• Other edible giblets and processing by‑products

The chute is installed below or beside the evisceration working area, allowing removed materials to enter the collection and handling system efficiently.

Compared with manual collection methods, the evisceration chute helps poultry processors improve:

• Workplace hygiene

• Processing efficiency

• Product recovery rate

• Labor utilization

In modern poultry processing plants, evisceration systems are designed as a complete process including vent opening, organ removal, giblet harvesting and collection systems.

Working Principle

The poultry evisceration chute works as a receiving and transportation channel during the evisceration process.

During operation:

• Poultry carcasses move through the evisceration line.

• Internal organs are removed by operators or automatic evisceration machines.

• Removed viscera and giblets fall or are guided into the chute.

• The inclined or continuous conveying structure transports materials to the collection area.

• Edible giblets can be further processed, while waste materials are separated.

The design ensures smooth material flow and reduces accumulation in the evisceration area.

Main Features

1. Designed for Poultry Evisceration Systems

Specially developed for:

• Chicken processing lines

• Duck processing plants

• Turkey slaughterhouses

• Goose processing facilities

2. Efficient Viscera Collection

The chute provides continuous collection of:

• Giblets

• Organs

• Offal materials

reducing manual handling requirements.

3. Food Grade Stainless Steel Construction

Main structure uses SUS304 stainless steel.

Advantages:

• Corrosion resistance

• Easy cleaning

• Suitable for wet processing environments

4. Hygienic Processing Design

Smooth surfaces reduce:

• Material retention

• Bacterial contamination risk

• Cleaning difficulty

5. Flexible Installation

Can be customized according to:

• Evisceration line layout

• Conveyor height

• Processing capacity

• Factory space

6. Compatible With Complete Evisceration Systems

Can work together with:

• Eviscerators

• Giblet harvesters

• Inspection stations

• Offal handling systems

Technical Specifications‑HT‑EC Series Poultry Evisceration Chute

Key Performance Parameters

Application

The poultry evisceration chute is mainly applied in the evisceration processing section of poultry slaughterhouses.

After carcass opening and internal organ removal, the removed viscera need to be collected and transferred efficiently.

The system is suitable for:

• Chicken slaughterhouses

• Broiler processing plants

• Duck processing factories

• Turkey processing facilities

• Goose processing plants

Typical applications include:

• Giblet recovery systems

• Viscera collection lines

• Evisceration inspection areas

• Poultry by‑product handling systems

The equipment helps maintain a cleaner processing environment and supports continuous poultry production.

Application Case

Case: 6000 BPH Chicken Processing Plant

A poultry processing factory upgraded its evisceration section to improve hygiene and reduce manual collection work.

Before installation:

• Workers manually collected viscera

• Processing area became congested

• Cleaning workload was high

Huatao supplied:

• Stainless steel evisceration chute

• Connection with giblet collection system

• Customized installation structure

Advantages

• Improves Evisceration Hygiene
  Provides organized collection of internal organs.

• Supports Automatic Processing Lines
  Designed for continuous poultry production.

• Suitable for Multiple Poultry Species
  Applicable for:
  Chicken，Duck，Turkey，Goose

• Durable Stainless Steel Structure
  Suitable for long‑term operation in wet environments.

• Easy Cleaning and Maintenance
  Smooth structure reduces cleaning time.