Introduction: Moving with Purpose

We work with a wide range of conveyor technologies to deliver turnkey or custom-fit solutions tailored to your production line.

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Types of Conveyor Systems

1. Belt Conveyors

Overview: Belt conveyors are the most widely used type, featuring a continuous belt driven by pulleys. They are ideal for moving a wide variety of products, from light parts to bulky packages.

Best Applications: General manufacturing, food processing, e-commerce, packaging, and logistics.

Key Benefits:

• Highly versatile across industries and product types.
• Gentle product handling (especially with soft or irregular items).
• Available in endless belt materials (PVC, urethane, stainless steel mesh).

Considerations:

• May require regular belt maintenance or tracking.
• Not ideal for oily, wet, or sharp-edged items unless specified.

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2. Timing Belt Conveyors (Synchronous)

Overview: Timing belt conveyors use toothed belts and pulleys to precisely index parts. Ideal for applications where position accuracy is critical.

Best Applications: Assembly lines, robotic integration, machine tending, and indexing operations.

Key Benefits:

• Precise, repeatable motion control.
• Excellent for holding fixtures or pallets.
• Can be synchronized with servos and motion controllers.

Considerations:

• Higher upfront cost than standard belts.
• Less tolerant of debris or contaminants.

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3. Roller Conveyors

Overview: Roller conveyors use a series of rollers—powered or gravity-fed—to move larger and heavier loads.

Best Applications: Warehousing, pallet handling, shipping/receiving, and material transport in heavy-duty environments.

Key Benefits:

• Handles large, heavy, or rigid products.
• Scalable for long runs or large warehouse layouts.
• Low-friction and durable for long-term use.

Considerations:

• Not suitable for small or irregular-shaped parts.
• Gravity systems require slope or external push.

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4. Modular Plastic Chain Conveyors

Overview: These conveyors use interlocking plastic chain links for flexible layouts and easy cleaning. Popular in food, beverage, and pharmaceutical industries.

Best Applications: Bottle lines, hygienic manufacturing, curved or serpentine conveyor paths.

Key Benefits:

• Can be configured in curves, inclines, and spirals.
• Sanitary and easy to clean.
• Low-maintenance and quiet operation.

Considerations:

• More expensive than flat belts.
• Chain wear must be monitored over time.

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5. Magnetic or Vacuum Conveyors

Overview: These specialty conveyors secure the product to the belt using magnets or vacuum suction — ideal for inverted, vertical, or high-speed applications.

Best Applications: Small parts, upside-down conveying, sheet metal transport, or lightweight electronics.

Key Benefits:

• Prevents product slippage at high speeds or inclines.
• Ideal for vertical or inverted conveying paths.

Considerations:

• More complex and cost-intensive.
• Requires special equipment to generate vacuum or magnetic fields.

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6. Flexible Conveyors (Expandable/Portable)

Overview: Designed for temporary use or adjustable layouts, these conveyors can expand, collapse, or curve as needed.

Best Applications: Truck loading/unloading, e-commerce fulfillment, or pop-up manufacturing lines.

Key Benefits:

• Portable and compact storage.
• Ideal for dynamic or short-term applications.

Considerations:

• Less stable or durable for heavy-duty use.
• Not suited for high-volume, continuous duty cycles.

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How to Choose the Right Conveyor System

The right conveyor depends on your application, product characteristics, and integration needs. Here’s what to consider:

Specifications & Key Questions:

• Product Dimensions: What’s the size, weight, and shape of the items being conveyed?
• Speed Requirements: How fast does your line need to move?
• Orientation: Are products moving horizontally, vertically, or around curves?
• Cleanliness Requirements: Do you need a washdown-rated or sanitary system?
• Environment: Is the line exposed to oil, moisture, or abrasives?
• Space Constraints: How much footprint do you have? Do you need curves or vertical lifts?
• Transfer Precision: Do you need product positioning or accurate spacing?
• Power Requirements: Will it be electric, pneumatic, or gravity-fed?
• Control Needs: Will this integrate with a PLC, motion controller, or robotics cell?