Published September 9, 2026. Last updated September 9, 2026. Manual scrap handling isn’t just inefficient. It’s a safety risk, a drain on labor, and a bottleneck you didn’t budget for. This is the first entry in our Metal Scrap Conveyors 101 series, built for manufacturing and machining teams who are ready to stop shoveling and start automating. From here, you […]
Published September 9, 2026. Last updated September 9, 2026. Quick Answer A metal scrap conveyor is an automated system that moves metal chips, turnings, and swarf away from a machine tool to processing, storage, or load-out equipment. The right choice depends on four variables: scrap type, coolant load, throughput volume, and plant layout. PRAB offers 13 configurable conveyor types, including […]
How PRAB Steel Belt Conveyors Reframe Cost and Downtime as Strategic Advantages For many manufacturing leaders, the conversation around automated scrap handling still centers on two concerns: capital costs and installation downtime. That perception is understandable. But it is also increasingly outdated. Modern industrial conveyor projects—especially when engineered around modularity, phased implementation, and ROI-backed justification—look nothing like the “rip-and-replace” disruptions of […]
What Is a Metal Scrap Conveyor? In today’s competitive manufacturing environment, efficient material handling isn’t optional; it’s essential. For metalworking facilities that handle chips, turnings, stamping off-cuts, and other scrap, the right conveyor system can drastically improve safety, uptime, and overall operational costs. But not all metal scrap conveyors are created equal. Choosing the right option depends on understanding scrap […]
High-Volume Metal Scrap Handling Conveyors for Stamping & Die Casting High-volume stamping and die-casting operations push conveyor systems harder than almost any other manufacturing environment. Ton after ton of hot, wet, abrasive scrap hits the line every hour—creating surge loads, belt wear, and maintenance cycles that can stop a press or furnace if the system isn’t engineered correctly. When scrap […]
Metal Scrap Conveyor Selection Guide: Match Your Scrap, Coolant, and Throughput for Long-Term Performance Selecting the right metal scrap conveyor isn’t just about moving chips from A to B —it’s about reliability, throughput, coolant carry-over, maintenance load, and long-term total cost of ownership. With modern machining, stamping, and foundry operations running at higher speeds and volumes than ever, the wrong […]
Expanding operations is an exciting milestone for any metal stamping company. However, with growth comes increased challenges in scrap management. Effective handling of scrap metal becomes crucial to maintaining productivity, reducing downtime, and controlling costs. This case study details how a leading metal stamping firm partnered with PRAB to implement advanced metal scrap conveyor systems, significantly enhancing their scrap handling […]
Metalworking Manufacturers: Navigate Tariff Challenges In March 2025, the United States instated a 25% tariff on imported steel and aluminum to bolster domestic production and protect national security interests. While these measures intend to support U.S. industries, they have increased raw material costs for automotive, aerospace, construction, and heavy manufacturing sectors. This cost escalation presents challenges and opportunities for metalworking […]
High-volume metal scrap handling requires a conveyor system designed for efficiency and reliability. This post explores technical configurations, including incline angles, throughput capacities, and cooling options, for handling diverse metal scrap loads. We highlight proven solutions and showcase real-world examples of how metalworking manufacturers optimize their systems for maximum throughput. The Challenges of High-Volume Metal Scrap Handling Metalworking processes such […]
Managing high volumes of scrap in metalworking operations is a challenging task. From dealing with different types of scrap to handling heavy loads and abrasive conditions, conveyor systems must be sturdy, efficient, and adaptable. This blog examines the technical specifications and design features that allow conveyor systems to operate seamlessly in high-volume settings, using real-world examples from PRAB’s experience and […]
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