Summary
Choosing the right conveyor and material handling system requires evaluating your product, load, throughput, layout, operating conditions, automation requirements, and future production needs.
Introduction
Efficient material movement is an essential part of every modern factory. Whether you are handling bags, cartons, crates, tyres, pallets, or other industrial products, the right conveyor and material handling system can significantly improve production flow, reduce unnecessary manual handling, and support consistent operations.
However, selecting a conveyor is not simply about choosing between a belt or roller conveyor. The system needs to match the product being transported, required capacity, available floor space, production speed, load characteristics, safety requirements, and integration with other machines.
A properly designed conveyor and material handling system can connect different stages of production, packaging, palletizing, warehousing, and dispatch into a smoother material flow.
In this guide, we explain how to evaluate your requirements and choose the right conveyor and material handling solution for your factory.
What is a Conveyor and Material Handling System?
A conveyor and material handling system is a combination of mechanical equipment and automation technologies designed to move products, materials, bags, cartons, crates, pallets, or other loads from one location to another within a factory, warehouse, or distribution facility.
Instead of depending entirely on manual transportation or forklifts, conveyor systems provide a controlled and continuous method of moving materials between different operational stages.
Depending on the application, a material handling system can include:
- Belt conveyors
- Roller conveyor systems
- Pallet conveyor systems
- Chain conveyors
- Product handling conveyors
- Case and carton conveyors
- Bag handling conveyors
- Tyre handling conveyors
- Transfer conveyors
- Turntables
- Lift-and-turn conveyors
- Transfer cars
- Automated material transfer systems
Modern conveyor systems can also be integrated with packaging machines, palletizers, stretch wrappers, warehouse systems, sensors, PLC controls, and other automation equipment.
Alligator Automations provides intralogistic conveyor solutions for tyre handling, pallet conveyors, case/bag/crate product handling, roller conveyors, and belt conveyors.
How Does a Conveyor and Material Handling System Work?
The working principle depends on the conveyor type and the material being transported, but a typical automated material handling process follows these steps:
- Product Loading
Products or materials enter the conveyor system from a machine, production line, operator station, storage area, or packaging system.
- Controlled Movement
The conveyor transports the product through the required route using belts, rollers, chains, or other mechanical components.
- Product Detection
Sensors can detect the presence, position, or movement of products and provide information to the control system.
- Transfer and Routing
Products can be transferred between conveyor sections or redirected using devices such as transfers, turntables, lifts, or other mechanisms.
- Processing or Packaging
The conveyor can connect different production and packaging stages, allowing products to move automatically from one machine to another.
- Palletizing and Storage
Finished products can be transferred to palletizing, wrapping, storage, staging, or dispatch areas.
- Integration With Automation
PLC controls, sensors, robotic systems, and other automation technologies can coordinate the material flow and reduce manual intervention.
This type of integrated approach helps create a continuous material flow rather than treating each production stage as an isolated operation.
Types / Variants of Conveyor and Material Handling Systems
There is no single conveyor design suitable for every factory. The correct solution depends on the product, load, speed, layout, and application.
Belt conveyors use a continuous belt to transport products from one point to another.
They are suitable for applications involving:
- Bags
- Cartons
- Boxes
- Packaged products
- Various unit loads
Belt conveyors can be configured according to product dimensions, speed, conveyor length, and production requirements.
Roller conveyors transport products using a series of rollers.
They are commonly used for:
- Boxes
- Cartons
- Containers
- Pallets
- Heavy unit loads
Depending on the application, roller conveyors can be gravity-driven or powered.
Pallet conveyors are designed for moving loaded or empty pallets through manufacturing, packaging, warehousing, and dispatch operations.
They can be integrated with palletizers, stretch wrappers, transfer systems, and other end-of-line automation.
These systems are designed to move packaged products such as cases, bags, and crates between different stages of production and material handling.
The conveyor design should consider the dimensions, weight, shape, and stability of the product.
Tyre manufacturing and processing facilities have specialized material movement requirements.
Tyre handling systems can be designed to transport tyres between different stages while reducing manual movement and improving production flow.
- Transfer and Specialized Conveyors
Some factories require specialized equipment such as:
- Pop-up chain transfers
- Lift-and-turn conveyors
- Turntable transfer conveyors
- High-speed pallet transfer cars
- Drag chain pallet conveyors
- Multi-strand chain conveyor lines
- Hi-low conveyors
These solutions are useful when products need to change direction, elevation, conveyor path, or processing position. Alligator Automations lists these types of specialized conveyor solutions within its intralogistic offering.
Applications and Industries
Conveyor and material handling systems are used across a wide range of industrial applications.
Manufacturing
Conveyors can transport components, finished products, cartons, and pallets between production stages.
Food & Beverage
Material handling systems can support product movement, packaging, case handling, palletizing, and dispatch operations.
Cement
Heavy-duty conveyor systems can be used for handling bags and other materials within production and packaging environments.
Chemicals & Fertilizers
Conveyor systems can help move bags and packaged materials while reducing repetitive manual handling.
Tyre Industry
Specialized tyre handling systems can improve material flow between different stages of tyre production and processing.
FMCG
Conveyors support fast-moving packaged product handling, secondary packaging, palletizing, and dispatch.
Automotive and Appliances
Conveyor systems can transport components, products, cases, and pallets through manufacturing and assembly operations.
E-commerce and Warehousing
Conveyors can support internal product movement, sorting, picking, staging, and dispatch.
Alligator Automations currently lists industries including food & beverages, cement, chemicals & fertilizers, tyre industries, petrochemical, FMCG, agro commodities, appliances, automobile, e-commerce, oil & paints, papers & battery, and seed among the industries it serves.
Factors to Consider Before Choosing a Conveyor and Material Handling System
Choosing a conveyor based only on price can lead to poor performance and higher long-term costs. Consider the following factors before selecting your system.
- Product Type
Start by understanding exactly what you need to transport.
Consider:
- Product dimensions
- Product weight
- Product shape
- Product surface
- Fragility
- Packaging type
- Stability during transportation
A conveyor designed for cartons may not be suitable for heavy pallets or irregular products.
- Load Capacity
Determine the maximum load that the conveyor must handle.
For pallet and heavy-load applications, the conveyor structure, rollers, chains, motors, bearings, and drive system need to be appropriately specified.
- Required Throughput
Calculate how many products need to move through the system per hour or minute.
A conveyor should support your required production rate without creating bottlenecks.
- Conveyor Length and Layout
Available factory space has a major impact on conveyor design.
Consider:
- Straight sections
- Curves
- Elevation changes
- Transfer points
- Available floor space
- Operator access
- Maintenance access
- Loading and unloading areas
- Speed Requirements
The conveyor speed should match the production line and connected machinery.
If one machine operates significantly faster or slower than another, buffering or accumulation may be necessary.
- Automation and Integration
Consider whether the conveyor needs to integrate with:
- Packaging machines
- Palletizers
- Robots
- Stretch wrappers
- Sensors
- PLC systems
- Warehouse systems
- Automatic loading systems
Integration becomes particularly important when building a complete automated production or end-of-line system.
- Operating Environment
The factory environment can influence conveyor selection.
Consider exposure to:
- Dust
- Moisture
- Heat
- Chemicals
- Corrosive materials
- Outdoor conditions
- Frequent cleaning
The conveyor should be designed using materials and components appropriate for the operating environment.
- Maintenance Requirements
A conveyor system should be accessible for inspection, servicing, and replacement of wear components.
Easy maintenance can help reduce unnecessary downtime and improve equipment availability.
- Safety
Safety should be considered from the initial design stage.
The system may require appropriate guarding, emergency stops, sensors, access controls, and other safety measures based on the application and applicable standards.
Do not design only for today’s production volume.
If you expect production capacity, product variety, or automation requirements to increase, consider a modular and scalable conveyor architecture.
Conveyor and Material Handling System Comparison Table
| Conveyor Type | Best For | Typical Loads | Key Advantage |
| Belt Conveyor | Bags, cartons, packaged products | Light to medium | Continuous product movement |
| Roller Conveyor | Cartons, boxes, pallets | Medium to heavy | Suitable for unit loads |
| Pallet Conveyor | Pallets and heavy loads | Heavy | Reliable pallet movement |
| Chain Conveyor | Heavy or rigid loads | Medium to heavy | Strong load handling |
| Case/Crate Conveyor | Cases, crates, containers | Light to medium | Efficient product transfer |
| Tyre Handling Conveyor | Tyres and wheel-related applications | Specialized | Designed for tyre movement |
| Transfer Conveyor | Direction/path changes | Varies | Flexible routing |
| Lift-and-Turn Conveyor | Elevation and orientation changes | Varies | Handles specialized transfers |
The final selection should always be based on the actual product, load, throughput, layout, and integration requirements rather than conveyor type alone.
Common Mistakes / Challenges
- Choosing Based Only on Initial Cost
The cheapest conveyor may not be the most economical solution over its operating life. Poor specification can result in frequent maintenance, downtime, and limited scalability.
- Ignoring Product Characteristics
Weight, dimensions, shape, packaging, and product stability directly influence conveyor selection.
- Underestimating Future Capacity
A system designed only for today’s production volume may become a bottleneck when production increases.
- Poor Layout Planning
Insufficient maintenance access, awkward transfer points, and inefficient routing can reduce the overall performance of the material handling system.
- Ignoring Integration
A conveyor should work with the machines around it. Differences in speed, product accumulation, transfer timing, and control logic can create bottlenecks if they are not considered during system design.
- Not Considering Maintenance
Components that are difficult to access can increase maintenance time and production downtime.
- Treating Every Factory the Same
Material handling requirements differ significantly between a food processing facility, cement plant, tyre factory, FMCG line, and e-commerce warehouse. The conveyor system should therefore be engineered around the application.
How Alligator Automations Supports Conveyor and Material Handling
Selecting the right conveyor system is only the first step. The system also needs to be properly engineered, integrated, installed, and commissioned.
Alligator Automations’ Intralogistic Conveyor Solutions include solutions for:
- Tyre handling
- Pallet conveyor systems
- Product handling for cases, bags, and crates
- Roller conveyor systems
- Belt conveyor systems
- Specialized pallet transfer solutions
The company also offers conveyor-related solutions such as pop-up chain transfers, lift-and-turn conveyors, case and container feed conveyors, gravity pallet conveyors, high-speed pallet transfer cars, drag chain pallet conveyors, belt-driven live roller pallet conveyors, multi-strand chain conveyor lines, turntable transfer conveyors, and hi-low conveyors.
Alligator Automations has been designing and manufacturing end-of-line packaging automation since 2008 and provides solutions that connect material handling with packaging, palletizing, pallet packaging, and other automation processes.
Why Choose Alligator Automations?
A suitable material handling solution can help businesses:
- Improve material flow
- Reduce repetitive manual handling
- Improve production efficiency
- Connect multiple machines
- Reduce unnecessary product movement
- Improve workplace ergonomics
- Support automated production
- Create a more scalable factory layout
Alligator Automations also provides lifecycle services including service contracts/AMC, spare parts, upgrades, and training & learning to support automated systems after installation.
Looking for the Right Conveyor System for Your Factory?
Every factory has different material handling requirements. Instead of selecting a standard conveyor based only on price, discuss your product, load, throughput, layout, and automation requirements with an experienced conveyor system manufacturer.
Conclusion
The right conveyor and material handling system can become an important part of an efficient, automated factory. However, choosing the correct system requires more than selecting a conveyor type. Product characteristics, load capacity, throughput, layout, operating environment, automation requirements, safety, maintenance, and future expansion all need to be considered.
From belt and roller conveyors to pallet, tyre, case, bag, crate, and specialized transfer solutions, the ideal system depends on the specific requirements of your operation.
With properly engineered material handling automation, manufacturers can create smoother product flow, reduce repetitive handling, improve operational efficiency, and connect different stages of production and packaging.
FAQs
1. How do I choose the right conveyor system for my factory?
Start by evaluating the product type, dimensions, weight, required throughput, conveyor length, layout, operating environment, automation requirements, and future expansion plans.
2. What is the difference between a belt conveyor and a roller conveyor?
A belt conveyor transports products on a continuous belt, while a roller conveyor uses a series of rollers. Belt conveyors are commonly suitable for bags, cartons, and packaged products, while roller conveyors are often used for boxes, containers, and pallets.
3. Which conveyor is best for heavy pallets?
Pallet conveyor systems are specifically designed to handle palletized loads. The final design depends on pallet dimensions, weight, throughput, and the required movement path.
4. Can conveyors be integrated with packaging machines?
Yes. Conveyor systems can be integrated with packaging, palletizing, wrapping, robotic, and other automated equipment to create a connected production or end-of-line system.
5. Can a conveyor system be customized?
Yes. Conveyor systems can be engineered according to product dimensions, load capacity, speed, layout, transfer requirements, and automation needs.
6. Are conveyor systems suitable for warehouses?
Yes. Conveyor systems can improve internal material flow in warehouses and distribution facilities by moving cases, cartons, crates, pallets, and other products between operational areas.
7. How can conveyor systems improve factory productivity?
A properly designed conveyor system can provide continuous material movement, reduce unnecessary manual transportation, connect production stages, and help minimize material flow bottlenecks.
8. Why is conveyor system integration important?
Integration allows conveyors to communicate and coordinate with connected machines and automation systems. This helps synchronize material movement and maintain a smoother production flow.
9. What should I consider before purchasing a conveyor?
Consider the product, load, throughput, conveyor speed, factory layout, operating environment, safety, maintenance, automation requirements, and future production needs.
10. Why choose Alligator Automations for conveyor and material handling solutions?
Alligator Automations provides intralogistic conveyor solutions covering pallet handling, cases, bags, crates, tyres, belt conveyors, roller conveyors, and specialized transfer systems. Its solutions can also be integrated with broader packaging and palletizing automation.
Contact Alligator Automations to discuss your conveyor and material handling requirements and develop a solution suited to your factory.
