Custom Belt Conveyor System

Non-Standard, Tailor-Made Solutions for Automated Production Lines

Product Name	Custom belt conveyor
MOQ	1
Speed	Customized
Place of origin	Shandong, China
Voltage	Customized
Price	$1000-$30000 (the final price will depend on the actual configuration)

Product Overview

Fully Customized Belt Conveyor Lines Designed for Your Process

As a professional manufacturer of non-standard automation equipment and production lines, we specialize in the design, engineering, and integration of custom belt conveyor systems. Our belt conveyors are not off-the-shelf products — they are fully tailor-made according to your specific production requirements, layout constraints, materials, and automation goals.

Whether you need a simple material transfer or a complex conveyor system integrated into an automated production line, we provide flexible, reliable, and efficient non-standard solutions to improve productivity and reduce labor costs.

Above is a belt conveyor we design and use is a Smart Warehousing and Logistics System

Why Choose Our Custom Belt Conveyor Systems?

1. 100% Non-Standard Custom Design

Every belt conveyor system is designed from scratch based on your actual application. We customize:

Conveyor length, width, and height

Speed and load capacity

Belt material (PVC, PU, rubber, food-grade, anti-static, etc.)

Frame structure (aluminum profile, carbon steel, stainless steel)

Horizontal, inclined, vertical, or curved layouts

Special requirements for space, environment, or product handling

2. Optimized for Higher Efficiency

By tailoring the conveyor line to your workflow, our custom belt conveyors help:

Reduce unnecessary handling steps

Improve material flow and cycle time

Increase overall production efficiency

Support continuous and stable operation

A well-designed non-standard conveyor system can significantly enhance the performance of your entire production line.

3. Strong Automation Integration Capability

As an experienced automation system integrator, we design belt conveyor systems that can seamlessly integrate with:

Automated assembly lines

Industrial robots

Sorting and inspection systems

Packaging machines

AGVs, elevators, and other conveyor types

We focus on system-level thinking, ensuring smooth communication and synchronization between all equipment.

4. Durable Structure & Reliable Components

Our custom belt conveyor systems are built with high-quality components and precision manufacturing, ensuring long-term stability even in demanding environments.

Wear-resistant and low-maintenance belts

Robust mechanical structure

Stable and safe operation

Designed for long service life

Suitable for continuous industrial operation.

5. Professional Technical Support & After-Sales Service

We provide full technical support throughout the entire project lifecycle

Technical consultation & solution design

Manufacturing & assembly

Installation & commissioning

Maintenance support and upgrades

Our engineering team ensures your conveyor system operates reliably and efficiently over the long term.

Above belt conveyor was designed by us for a Pharmaceutical & Medical industry company.

Core Components: Building Blocks of Reliability

The longevity and reliability of a custom belt conveyor system depend heavily on the quality and suitability of its core components. Each element is selected based on the specific environmental and operational challenges of the application.

Belt Material: The Interface with the Product

The belt itself is the most critical component, serving as the direct interface with the product. Custom systems offer a diverse array of belt materials to suit different needs:

PVC (Polyvinyl Chloride): Widely used for general-purpose conveying due to its balance of cost, durability, and flexibility. It is suitable for packaged goods and light bulk materials.
PU (Polyurethane): Known for its excellent abrasion resistance and cleanliness, PU belts are ideal for food processing and pharmaceutical applications where hygiene is paramount. They are also resistant to oils and fats.
Rubber: The standard for heavy-duty applications. Rubber belts, often reinforced with fabric or steel cords, provide the tensile strength needed for mining, construction, and bulk material handling. They offer superior impact resistance and can withstand harsh environmental conditions.
Silicone: Used in extreme temperature applications, silicone belts can operate in both high-heat curing ovens and freezing environments without losing flexibility.
Food-grade: Specifically formulated to meet FDA or EU regulations, these belts are non-toxic, non-marking, and easy to clean, preventing bacterial growth.
Anti-static: Essential for electronics manufacturing or environments with explosive dust, these belts dissipate static electricity to protect sensitive components and prevent ignition hazards.

The choice of belt material also influences the surface texture. Smooth belts are used for stable items, while cleated or rough-top belts are employed for inclined conveying to prevent material rollback.

Frame Material: Structural Integrity and Environment

The frame supports the entire system and must be robust enough to handle the load while resisting environmental degradation.

Carbon Steel (Painted): The most economical choice for general industrial use. When powder-coated or painted, it offers good corrosion resistance for indoor environments.
Stainless Steel: The gold standard for food, beverage, pharmaceutical, and chemical industries. Stainless steel frames resist corrosion, are easy to sanitize, and can withstand frequent washdowns with harsh chemicals.
Aluminum Alloy: Preferred for lightweight applications or portable conveyors. Aluminum offers a high strength-to-weight ratio and natural corrosion resistance, making it ideal for cleanrooms or facilities where mobility is required.

Custom fabrication ensures that the frame geometry matches the layout constraints, whether it’s a compact under-machine conveyor or a large overhead system.

Support Roller Types: Reducing Friction and Wear

The method by which the belt is supported significantly affects friction, power consumption, and belt life.

Slider Bed: Ideal for light-duty applications and small items. The belt slides over a solid metal or plastic bed. While simple and cost-effective, it generates more friction and is unsuitable for heavy loads or high speeds.
Roller Bed: The standard for general-purpose conveying. Rollers support the belt, drastically reducing friction and allowing for higher speeds and heavier loads. The spacing of rollers is customized based on the load size to prevent sagging.
Troughing/Impact Idlers: Designed for heavy-duty bulk material handling. Troughing idlers shape the belt into a U-shape to increase carrying capacity and prevent spillage. Impact idlers, equipped with rubber discs, are installed at loading points to absorb the shock of falling material, protecting both the belt and the structure.

Structure Form: Adapting to Layout Constraints

The geometric configuration of the conveyor is tailored to the facility’s layout.

Flat: The standard configuration for horizontal transport.
Trough: Used for bulk materials to maximize volume.
Incline/Decline: Allows for vertical transportation between floors or levels. Custom angles are calculated based on the material’s angle of repose to prevent slipping. Cleats or textured belts are often added for steeper inclines.
Turning: Curved sections allow the conveyor to navigate around obstacles or change direction without transfer points, reducing the risk of product jamming.
Telescopic: Extendable conveyors used primarily in loading docks to reach deep into truck trailers, maximizing loading efficiency and reducing manual labor.

Typical Industries We Serve

Our non-standard custom belt conveyor systems are widely used in:

Manufacturing & Assembly (automotive, electronics, home appliances)

Food & Beverage Processing (food-grade conveyor solutions)

Logistics & Warehousing (sorting and material handling lines)

Pharmaceutical & Medical (clean, precise, and controlled conveying)

Each industry solution is customized to meet specific standards and production requirements.

Our Core Advantages

Professional non-standard automation design & R&D capability

Strong experience in custom conveyor system integration

Flexible engineering for complex and unique applications

High manufacturing quality and strict quality control

Reliable long-term technical support

Technical Parameters

Parameter Category	Specific Parameter Name	Common Options / Typical Values
Basic Specifications	Belt Width	200, 300, 400, 500, 650, 800, 1000, 1200, 2000 mm
	Conveying Length / Distance	Up to 100m or more; can be extended by splicing multiple sections
	Line Height / Working Height	Typically adjustable around 750±20mm
	Capacity / Throughput	0 – 480 t/h (tonnes/hour)
Performance & Power	Belt Speed	0.1 – 10 m/min (light duty); 1.25 – 4.0 m/s (heavy duty)
	Drive Power / Motor Power	0.2 kW to several hundred kW (e.g., 2.2kW, 5.5kW, 7.5kW)
	Speed Control Method	Frequency Control (VF), Electromagnetic, Mechanical
Core Components	Belt Material	PVC, PU, Rubber, Silicone, Food-grade, Anti-static
	Frame Material	Carbon Steel (painted), Stainless Steel, Aluminum Alloy
	Support Roller Type	Slider bed (light), Roller bed (general), Troughing/Impact Idlers (heavy)
	Structure Form	Flat, Trough, Incline/Decline, Turning, Telescopic
Electrical & Control	Operating Voltage	220V, 380V/220V (Three-phase/Single-phase)
	Operation Mode	Continuous, Paced/Intermittent

All the specifications can be customized.

Belt Width: Accommodating Volume and Size

Belt width is perhaps the most visible specification, directly influencing the volume of material that can be transported and the size of individual items handled. In custom systems, belt widths are highly versatile, ranging from narrow 200 mm belts suitable for small component assembly lines to massive 2000 mm belts capable of handling bulk aggregates in mining operations.

Common options typically include 200, 300, 400, 500, 650, 800, 1000, 1200, and 2000 mm. The selection process involves analyzing the maximum dimensions of the products being conveyed. For unit handling (boxes, bags, parcels), the belt must be wide enough to ensure stability, preventing items from tipping over or falling off the edges. A general rule of thumb is that the belt width should be at least three times the width of the largest lump for bulk materials, or significantly wider than the largest package for unit loads to allow for tracking variations. In custom designs, engineers might opt for a 650 mm belt for a pharmaceutical packaging line where space is at a premium, whereas a recycling facility might require a 1200 mm or 2000 mm belt to manage high volumes of mixed waste without spillage.

Conveying Length and Distance: Scalability and Modularity

The distance over which materials need to be transported varies wildly between applications. A custom belt conveyor system is designed to accommodate lengths ranging from a few meters within a single workstation to over 100 meters spanning entire warehouses or outdoor yards. One of the distinct advantages of belt conveyors is their modularity. For distances exceeding standard manufacturing limits, multiple sections can be spliced together seamlessly.

This splicing capability allows for infinite scalability. In a large distribution center, a main trunk line might stretch 150 meters, composed of several 20-meter modular sections joined with precision. Custom engineering ensures that the tensioning systems and drive placements are optimized for these extended lengths to prevent belt sagging or excessive wear. Additionally, long-distance conveyors often incorporate intermediate drive stations or take-up units to maintain consistent belt tension, a critical factor in preventing slippage and ensuring smooth operation over hundreds of meters.

Line Height and Working Ergonomics

The working height, or line height, is a crucial ergonomic consideration that is often overlooked in standard systems but prioritized in custom designs. Typically adjustable around 750±20 mm, this parameter determines how easily operators can access the conveyor for loading, unloading, inspection, or quality control.

In manual assembly lines, the height must align with the average worker’s elbow level to reduce strain and fatigue, adhering to occupational health and safety standards. Custom systems often feature adjustable legs or scissor-lift mechanisms that allow the height to be fine-tuned during installation or even dynamically adjusted during operation for different tasks. For automated systems interfacing with robotics or other machinery, the height must match the input/output points of adjacent equipment with millimeter precision. The ability to customize this dimension ensures that the conveyor fits perfectly into the existing workflow, enhancing both productivity and worker comfort.

Capacity and Throughput: Meeting Demand

Capacity, measured in tonnes per hour (t/h), defines the system’s ability to move material. Custom belt conveyors can handle a vast range, from 0 to 480 t/h or more, depending on the application. Determining the required throughput involves analyzing peak demand scenarios, not just average loads. A system designed only for average loads will fail during surge periods, causing backups and production stoppages.

For bulk material handling, such as grain, coal, or sand, the throughput is a function of belt speed, belt width, and the material’s bulk density. Engineers use complex calculations to ensure the cross-sectional area of the load on the belt does not exceed limits that would cause spillage or excessive friction. In unit handling, throughput is measured in items per minute. Customization allows for the optimization of idler spacing and belt tension to support higher loads without compromising the structural integrity of the frame. Whether the requirement is a gentle 10 t/h for a boutique food producer or a robust 480 t/h for a cement plant, the custom design process ensures the motor power, belt strength, and support structure are all aligned to meet these targets reliably.

Strategic Advantages of Custom Belt Conveyor Systems

Investing in a custom belt conveyor system offers tangible benefits that extend beyond mere functionality.

Optimized Space Utilization: By tailoring the dimensions and configuration to the specific facility, custom conveyors make the most of available floor space. They can weave around columns, ascend to mezzanines, or fit into tight alcoves where standard units simply wouldn’t fit. This optimization can delay or eliminate the need for expensive facility expansions.

Enhanced Product Safety: Customization allows for the selection of materials and features that specifically protect the product. Whether it’s a food-grade belt that prevents contamination, an anti-static surface that protects electronics, or a gentle incline design that prevents fragile items from breaking, the system is built to preserve product integrity.

Scalability and Future-Proofing: Businesses grow and change. A custom system can be designed with future expansion in mind. Modular sections can be added, speeds can be upgraded, and control systems can be updated without replacing the entire infrastructure. This flexibility protects the investment against obsolescence.

Regulatory Compliance: Industries like food and pharma face strict regulatory scrutiny. Custom systems are built to comply with specific standards (e.g., USDA, FDA, EHEDG), ensuring that the facility passes audits and maintains its license to operate. Features like easy-access panels for cleaning, sealed motors, and sanitary welds are integrated by design, not as an afterthought.

Energy Efficiency: By right-sizing the motor, optimizing the belt path to reduce friction, and implementing smart control strategies like VFDs and intermittent operation, custom systems consume less energy than oversized, generic alternatives. Over the lifespan of the equipment, these energy savings can amount to significant cost reductions.

Implementation and Maintenance Considerations

The success of a custom belt conveyor system doesn’t end with installation; it requires a commitment to proper maintenance. Because every component is selected for a specific purpose, maintenance protocols should be equally tailored. Regular inspections of belt tension, tracking alignment, and roller condition are essential. Lubrication schedules for bearings and gearboxes must be followed strictly to prevent premature wear.

Furthermore, training staff on the specific nuances of the custom system is vital. Operators should understand the unique controls, safety features, and troubleshooting steps relevant to their specific setup. Many manufacturers provide comprehensive documentation and training programs as part of the custom delivery package, ensuring that the client can maximize the system’s potential.

Spare parts management is another critical aspect. Since custom systems may use specialized components, maintaining an inventory of critical spares—such as specific belt types, unique rollers, or proprietary sensors—is recommended to minimize downtime in case of failure.

We provide comprehensive documentation and training programs as part of the custom delivery package, ensuring that the client can maximize the system’s potential.

Contact Us for Your Custom Belt Conveyor Solution

If you are looking for a custom, non-standard belt conveyor system that perfectly matches your production line, we are ready to help.
Contact us today to discuss your application — our engineers will design a tailor-made conveyor solution to optimize your automation process and improve productivity.

We also provide below automated production line:

Roller Conveyor System\Accumulation Conveyor

And Automated Assembly Equipments\Industrial Aluminum Profile Processing Products

Company Profile

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

Jinan Join Industrial Co., Ltd.