Magnetic Conveyors are specialized conveying systems that use magnets embedded beneath or within the conveyor belt to securely retain and transport ferrous materials. These systems are designed to move metal pieces—such as stamped parts, cans, lids, or scrap—along horizontal, inclined, or vertical paths without slippage or product loss. The embedded magnets ensure that the ferrous items remain in place, even during sharp turns or elevation changes, providing safe and consistent movement throughout the production process.

Magnetic conveyors are especially valuable in applications where precise positioning, product retention, or scrap handling is required, particularly in metalworking, automotive, and canning industries. The magnets can be configured for varying strengths and patterns based on the size and weight of the ferrous material being conveyed. Key features include:

• Embedded permanent or electromagnets for secure, consistent material retention
• Adaptability to inclines, declines, and vertical transport without product slippage
• Durable belt or slider bed construction to withstand wear from sharp or heavy metal parts
• Enclosed designs to protect magnetic assemblies and reduce maintenance needs
• Optional release zones or demagnetizers for controlled product discharge

Typical products and applications include:

• Stamped metal parts: Moved safely through assembly or welding stations
• Steel lids or caps: Conveyed between forming, lining, and sealing operations
• Ferrous scrap and shavings: Removed from machining centers or presses for recycling
• Metal cans or containers: Held firmly in place while traveling at high speeds or up inclines
• Automotive components: Transferred securely through robotic handling zones or between presses

By ensuring stable, controlled transport of ferrous materials, magnetic conveyors increase efficiency, reduce product loss, and enhance safety in environments where precision and material retention are critical.