Cattle Carcass Slope Lifting Machine

Product Overview

The slope lifting machine provides an efficient solution by using an inclined conveyor structure to raise carcasses smoothly while maintaining continuous production flow.

Compared with traditional vertical lifting methods, the inclined design provides:

• continuous carcass movement

• higher processing capacity

• smoother connection with overhead rails

• better adaptation to long production lines

The equipment is mainly used for:

• cattle carcass lifting

• bleeding line connection

• overhead rail transfer

• slaughterhouse production flow improvement

According to EME QE‑C109‑II specifications, the machine uses an electric drive system, stainless steel or galvanized structure, tube rail/dual rail/flat rail options, and can achieve up to 100 cattle per hour capacity.

Working Principle

The Cattle Carcass Slope Lifting Machine works through a motor‑driven inclined conveying system.

The operation process:

• 1. The cattle carcass is connected to the lifting hook or rail trolley.

• 2. The driving motor activates the inclined chain or roller mechanism.

• 3. The carcass moves upward along the inclined track.

• 4. When reaching the required height, the carcass transfers smoothly onto the overhead bleeding rail.

• 5. The carcass continues to the next processing stage.

The lifting system uses controlled movement to ensure stable transportation and reduce impact on the carcass.

Main Features

1. Continuous Inclined Carcass Transfer

The inclined lifting structure enables continuous transportation between different production levels.

Advantages:

• smooth transfer

• high efficiency

• suitable for automatic slaughter lines

2. High Load Capacity Design

Designed specifically for cattle carcass handling.

Suitable for:

• large beef cattle

• heavy carcasses

• industrial processing plants

3. Flexible Rail Configuration

The system can be customized according to factory layout.

Available options:

• stainless steel tube rail

• dual track rail

• flat rail system

4. Strong Industrial Structure

Main components include:

• electric motor

• drive system

• chain mechanism

• tension device

• rail structure

Materials:

• stainless steel

• hot galvanized steel

5. Improved Production Efficiency

Compared with manual transfer operations:

• reduces labor requirements

• increases processing speed

• improves production continuity

6. Suitable for Hygienic Meat Processing

The structure is designed for:

• wet environments

• frequent washing

• continuous operation

Technical Specifications

Application

1. Cattle Slaughterhouses
       The machine is mainly used after:

• stunning

• bleeding

• carcass collection

to transfer carcasses to overhead rail systems.

2. Beef Bleeding Lines
       It connects:

Lower carcass working area
↓
Elevated bleeding conveyor rail

3. Beef Processing Plants
       Suitable for:

• fresh beef production

• chilled beef plants

• export meat processing facilities

4. Automated Slaughter Systems
       Compatible with:

• carcass conveyor rail

• pulley hook system

• carcass weighing equipment

• chilling conveyor system

Application Case

Beef Slaughterhouse Production Line Upgrade

A cattle processing plant needed to improve the connection between the slaughter area and overhead bleeding rail.

Existing problems:

• manual lifting required excessive labor

• carcass transfer speed was limited

• production flow was unstable

After installing the cattle carcass slope lifting machine:

• carcass movement became continuous

• production efficiency increased

• labor requirements decreased

• the overhead conveyor system operated more smoothly

The machine was integrated into the existing cattle slaughter production line.

Advantages

• 1. High Throughput Capability
  Supports up to 100 cattle/hour depending on production configuration.

• 2. Smooth Carcass Transportation
  The inclined structure reduces sudden movement during lifting.

• 3. Space Efficient Layout
  Suitable for factories where vertical height differences need to be overcome.

• 4. Reduced Labor Cost
  Automatic lifting replaces manual carcass transfer operations.

• 5. Durable Construction
  Stainless steel and galvanized components provide long service life.

• 6. Easy Integration
  Can connect with different overhead carcass rail systems.