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Published September 9, 2026. Last updated September 9, 2026. If your team is buying fresh coolant more often than expected or fighting shortened tool life and inconsistent part finish, your coolant quality is probably the root cause. This is the first entry in our Fluid Filtration and Coolant Recycling 101 series, built for machine shop and manufacturing leaders looking to […]

Published September 9, 2026. Last updated September 15, 2026. Loose metal chips are expensive to haul away, especially when they’re still wet with coolant you’ve already paid for. This is the first entry in our Metal Chip Processing 101 series, designed for plant managers and procurement teams evaluating briquetting and chip-processing equipment. From here, you can explore specific systems, case […]

 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 15, 2026. Last updated September 15, 2026. Quick Answer Q: What does a turnkey automation system for metal chip, scrap, and coolant handling need to include? A: It needs to connect four things that manufacturers used to buy and manage separately: chip conveying, chip processing (wringing and briquetting), coolant filtration and recycling, and the controls layer that ties […]

Published September 9, 2026. Last updated September 9, 2026. Quick Answer Industrial wastewater treatment systems combine ultrafiltration, reverse osmosis, vacuum evaporation, and automated pH adjustment in turnkey configurations to meet EPA and POTW discharge requirements while enabling water reuse. Documented results include up to 90% reductions in wastewater volume and disposal costs, with return on investment typically achieved in 12 […]

Published September 9, 2026. Last updated September 9, 2026. Quick Answer Coolant recycling systems recover 95 to 98% of metalworking coolant for reuse by combining particulate filtration, tramp oil separation, and bacterial control in a single system. Facilities typically cut new coolant purchases by 50 to 75% and disposal costs by up to 90%, with return on investment achieved in […]

Published September 9, 2026. Last updated September 9, 2026. Quick Answer Metal chip processing equipment reduces scrap volume by up to 91% and recovers up to 98% of the cutting fluid trapped in metal chips and turnings, turning a disposal cost into a documented revenue stream. Systems range from standalone crushers, shredders, wringers, and centrifuges to full crusher/wringer and shredder/wringer […]

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 […]

Published 9/8/2026. Quick Answer A useful metal scrap recycling guide for a manufacturing plant covers five stages in order: sorting scrap by alloy and form at the machine, conveying it away from production without manual handling, recovering coolant or oil before the metal leaves the building, reducing volume through briquetting when the material justifies it, and negotiating with metal scrap […]

Published September 2, 2026. Last updated September 7, 2026. Quick Answer Machine shops reduce water and sewer costs primarily by treating and reusing process water and coolant on-site instead of sending it to municipal sewer, using industrial wastewater treatment systems, often built around reverse osmosis or evaporation, to recover clean, reusable water from wastewater streams and cut both discharge volume […]