In today’s highly competitive manufacturing environment, choosing the right conveyor system is no longer just a technical decision—it is a strategic one. A well-designed conveyor system directly impacts productivity, labor efficiency, product quality, and overall operational cost.

As a non-standard (custom) conveyor system manufacturer with in-house design and production capabilities, we understand that no two production lines are exactly the same. This article provides a comprehensive, professional, and practical guide to help you determine which conveyor system is right for your application—while also clearly explaining when standard solutions fall short and why customization matters.

1. What Is a Conveyor System?

A conveyor system is a mechanical handling solution used to transport materials, components, or finished products along a fixed path using belts, rollers, chains, or other mechanisms.

It typically includes:

• Drive unit (motor + reducer)
• Conveying medium (belt, roller, chain, etc.)
• Supporting frame
• Control system (PLC, sensors, VFD)

Modern conveyor systems often integrate automation, sensors, and intelligent controls, enabling real-time monitoring and optimization of production flow.

This is a roller conveyor system used to deliver empty pallet.It’s integrated with a pallet dispenser.You can check this product to learn more about the pallet dispenser: Automatic Pallet Destacker & Stacker

2. Why Choosing the Right Conveyor Matters

Selecting the wrong conveyor system can result in:

• Production bottlenecks
• Increased maintenance costs
• Product damage
• Inefficient labor utilization

On the other hand, the right system can:

• Increase throughput by 20–60%
• Reduce manual handling by 30–70%
• Improve workplace safety significantly

Conveyors are not just transport tools—they are the backbone of modern production and logistics systems.

3. Main Types of Conveyor Systems

Understanding the basic types is the first step in making the right decision.

3.1 Belt Conveyor

Best for: Lightweight to medium loads, continuous transport

Key Features:

• Smooth, continuous surface
• Suitable for fragile or irregular products
• Can operate at high speeds

Applications:

• Packaging lines
• Food processing
• Electronics assembly

Limitations:

• Slippage risk under heavy loads
• Not ideal for very heavy or sharp materials

This is a belt conveyor,click here to view our product: Custom Belt Conveyor Production Line

3.2 Roller Conveyor

Best for: Cartons, pallets, rigid products

Types:

• Gravity roller
• Powered roller

Key Features:

• Low friction
• Easy accumulation
• Modular and flexible

Applications:

• Warehousing
• Sorting systems
• Assembly lines

Roller conveyors are widely used because they allow buffering and accumulation without stopping the entire line.

Roller conveyors can be broadly classified into two types: gravity conveyors and powered conveyors.Check this article to learn the difference :Power Roller Conveyor VS Gravity Roller Conveyor

3.3 Chain Conveyor

Best for: Heavy-duty and pallet handling

Key Features:

• High load capacity
• Positive drive (no slipping)
• Durable in harsh environments

Applications:

• Automotive manufacturing
• Heavy machinery
• Pallet transport

Compared to belts, chain conveyors provide more reliable movement for heavy loads and precise positioning.

In addition to the ordinary chain conveyor lines mentioned above, there are also high-speed chain conveyors, which are widely used in automated integration conveyor systems.You can view this product to learn more: Accumulation Conveyor Solution 

3.4 Overhead Conveyor

Best for: Space-saving and complex routing

Key Features:

• Utilizes vertical space
• Keeps floor clear
• Ideal for paint lines and assembly

3.5 Screw / Special Conveyors

Best for: Bulk materials (powder, grain, etc.)

Applications:

• Chemical industry
• Agriculture
• Food processing

4. Conveyor System Comparison Table

5. Key Factors to Consider When Choosing a Conveyor

Selecting the right conveyor system requires more than simply choosing a type (belt, roller, or chain). It involves a comprehensive evaluation of your product, process, environment, and long-term production goals. A well-informed decision at this stage can prevent costly redesigns, inefficiencies, and operational bottlenecks later.

Below is a detailed, professional breakdown of the critical factors every buyer should carefully analyze before making a decision.

5.1 Product Characteristics (Core Foundation)

Your product is the starting point of all conveyor design decisions. Every parameter of the conveyor must match the physical and mechanical properties of the items being transported.

Key Parameters to Evaluate:

• Weight: Light, medium, or heavy load
• Dimensions: Length, width, height consistency
• Shape: Regular (boxes) vs irregular (components)
• Surface condition: Smooth, oily, fragile, sharp
• Stability: Risk of tipping or shifting

Practical Implications:

• Fragile or delicate products → Require smooth surfaces (belt conveyor)
• Rigid cartons or pallets → Suitable for roller conveyors
• Heavy industrial parts → Require chain conveyors

Advanced Consideration:

If your product range varies (multi-size or multi-SKU production), you may need:

• Adjustable conveyor width
• Flexible guides
• Custom fixtures or carriers

Key Insight:
Ignoring product characteristics is one of the most common causes of conveyor system failure.

5.2 Throughput and Production Requirements

Throughput defines how fast and efficiently your system must operate. This is directly linked to your production capacity and takt time.

Key Questions:

• What is your required output (units/hour)?
• Is production continuous or batch-based?
• Are there peak demand periods?

Technical Considerations:

• Conveyor speed (m/min)
• Product spacing
• Accumulation capacity
• Line balancing

Example:

• High-speed packaging line → Belt conveyor with stable speed
• Warehouse sorting → Roller conveyor with accumulation zones

Common Risk:

If conveyor speed does not match production takt time:

• Upstream machines will idle
• Downstream processes will overload

Key Insight:
The conveyor system must be designed as part of the entire production rhythm, not independently.

5.3 Layout and Space Constraints

Your factory layout plays a critical role in determining conveyor configuration.

Key Layout Factors:

• Available floor space
• Ceiling height
• Distance between processes
• Obstacles (columns, walls, existing machines)

Layout Types:

• Straight line
• L-shape or U-shape
• Multi-level systems
• Loop or closed systems

Solutions:

• Limited floor space → Overhead conveyor
• Long-distance transport → Belt conveyor
• Complex routing → Custom modular system

Customization Advantage:

Non-standard conveyors can:

• Fit irregular layouts
• Reduce footprint
• Optimize workflow

Key Insight:
A poorly planned layout can reduce efficiency even with high-quality equipment.

5.4 Level of Automation and Integration

Modern conveyor systems must work seamlessly with other equipment in the production line.

Integration Requirements:

• Industrial robots
• Vision inspection systems
• Assembly stations
• Packaging machines
• MES/ERP systems

Technical Elements:

• PLC control systems
• Sensors (photoelectric, proximity)
• Servo or VFD control
• Communication protocols

Standard vs Custom:

• Standard conveyors → Limited integration capability
• Custom conveyors → Designed for full system integration

Example:

A robotic picking system requires:

• Precise product positioning
• Consistent spacing
• Synchronization with robot cycle time

Only a properly designed system can meet these requirements.

Key Insight:
Without integration capability, even advanced automation equipment cannot reach its full potential.

5.5 Working Environment

Environmental conditions significantly affect conveyor performance, durability, and safety.

Key Environmental Factors:

• Temperature (high/low)
• Humidity
• Dust or debris
• Oil or chemical exposure
• Cleanliness requirements

Recommended Solutions:

Material Considerations:

• Stainless steel vs carbon steel
• Special coatings
• Anti-corrosion treatments

Key Insight:
Choosing the wrong material or design for the environment leads to premature wear and high maintenance costs.

5.6 Budget and Total Cost of Ownership (TCO)

Budget is always an important factor—but focusing only on initial cost can be misleading.

Cost Components to Consider:

• Equipment cost
• Installation cost
• Maintenance cost
• Energy consumption
• Downtime cost

Comparison Example:

Key Insight:

A conveyor system that is slightly more expensive initially can:

• Reduce labor costs
• Increase output
• Lower maintenance

Resulting in a significantly better return on investment over time.

5.7 Flexibility and Future Scalability

Production needs rarely stay the same. Your conveyor system should be designed with the future in mind.

Questions to Ask:

• Will production volume increase?
• Will product types change?
• Will automation level be upgraded?

Flexibility Features:

• Modular design
• Adjustable speed and width
• Expandable layout
• Integration-ready controls

Risk of Ignoring Scalability:

• Costly system replacement
• Production interruptions
• Limited competitiveness

Key Insight:
A future-proof conveyor system is not an expense—it is a strategic investment.

5.8 Maintenance and Reliability

Reliability is critical for continuous production.

Key Considerations:

• Ease of maintenance
• Spare parts availability
• System durability
• Lubrication requirements

Comparison:

• Belt conveyors → Lower maintenance
• Roller conveyors → Moderate
• Chain conveyors → Higher but more durable

Custom Advantage:

Custom systems can be designed to:

• Reduce wear points
• Improve accessibility
• Extend service life

Key Insight:
Downtime is often more expensive than equipment itself.

A right conveyor system makes your production more efficient.

6. Standard Conveyor vs Custom (Non-Standard) Conveyor

This is one of the most critical decisions for buyers.

Choosing between a standard conveyor system and a custom (non-standard) conveyor solution is not just a technical comparison—it is a high-impact business decision that directly affects your production efficiency, cost structure, scalability, and long-term competitiveness.Many buyers initially focus on price and delivery time, but experienced manufacturers understand that the real question is:

Will this conveyor system truly fit my process—not just today, but in the next 3–5 years?

6.1 Comparison Table

6.2 When Standard Conveyor Works

Standard solutions are suitable when:

• Product is simple and uniform
• Process is straightforward
• Budget is limited

6.3 When You NEED a Custom Conveyor

Custom (non-standard) systems are necessary when:

• Multiple processes must be integrated
• Products vary in size or shape
• High automation is required
• Space layout is complex
• Precision positioning is needed

In modern manufacturing, non-standard automation is becoming the trend, because standard equipment cannot meet increasingly complex production demands.

7. Why Non-Standard Conveyor Systems Are the Future

Manufacturing is evolving toward:

• Flexible production
• Small-batch, multi-variant manufacturing
• Smart factories

Standard conveyors are designed for mass production with fixed processes, while custom systems support:

• Flexible routing
• Intelligent control
• Integration with robotics

Companies that adopt custom conveyor solutions often achieve:

• Higher production efficiency
• Better product consistency
• Stronger competitiveness

8. Practical Selection Guide (Step-by-Step)

Here is a simple framework to help you choose:

Step 1: Define Your Product

• Size, weight, shape

Step 2: Define Your Process

• Assembly, transport, sorting, buffering

Step 3: Define Your Output

• Units per hour/day

Step 4: Define Constraints

• Space, environment, budget

Step 5: Decide Standard vs Custom

• Simple → Standard
• Complex → Custom

Why choose JOIN INDUSTRIL?

Jinan Join Industrial Co.,Ltd was established in 2013, focusing on non-standard automatic equipment (such as Automatic assembly equipment,Automatic Conveyor Line, Automatic Inspection Machine, Intelligent warehousing and logistics systems ), and industrial aluminum profile products as accessories for the equipments.

Our company operates a manufacturing facility that benefits from competitive material costs. We have an in-house design team, which allows us to maintain low labor costs while ensuring design integrity and efficiency.

With 13 years of dedicated experience in the design and production of automated equipment, our team consists of highly experienced personnel committed to delivering high-quality and reliable products.

We provide comprehensive after-sales support. Our technical staff offers 24/7 online guidance and, when necessary, on-site services to ensure optimal equipment performance and minimal downtime

We guarantee on-time delivery of our products, ensuring that our reliable service never disrupts your production plans

If you are looking for a conveyor system or an assembly system,pls contact us. We will  provide you with professional advice.You can also add our what’s app:Sophia +8615562680658 for more information.

9. Real-World Example

Case: Automotive Assembly Line

Requirements:

• Heavy components
• Precise positioning
• Integration with robots

Solution:

• Chain conveyor + custom fixtures

Result:

• 40% efficiency improvement
• Reduced manual handling

10. Final Thoughts: How to Choose the Right Conveyor System

Choosing the right conveyor system is not about picking a product—it’s about designing a complete solution for your production process.

Key Takeaways:

• There is no “one-size-fits-all” conveyor
• Product + process determine the system
• Standard conveyors are cost-effective but limited
• Custom conveyors deliver long-term value

Conclusion

If your production line is simple, a standard conveyor may be enough. But if you are aiming for efficiency, automation, and scalability, a custom-designed conveyor system is the better investment.

As a factory with in-house engineering and manufacturing capabilities, we recommend approaching conveyor selection from a system-level perspective, not just equipment selection.

Because in modern manufacturing, the question is not:

👉 “Which conveyor should I buy?”

But rather:

👉 “What system will best support my production goals?”