Written by Paul Montgomery, Marketing Leader at PRAB. Reviewed by Mike Proos, Director of Engineering &Field Service. Published 6/XX/2026. Last updated 6/XX/2026. Q: What is centralized coolant management, and how does it improve OEE? A: Centralized coolant management is the practice of filtering, conditioning, and recycling metalworking coolant from one central system that serves every machine in a plant, […]
PRAB’s Method is a four-step design framework for metalworking operations building or upgrading centralized coolant recovery systems. The method covers four decisions that determine system performance: volume assessment, filtration technology selection, upstream chip processing integration, and ROI validation. When applied correctly, it consistently delivers 95-98% fluid recovery and return on investment within 6 to 18 months. This guide walks through […]
Written by Paul Montgomery, Marketing Leader, PRAB, Inc. Reviewed by Mike Proos, Director of Engineering/Field Service at PRAB Inc. | Published June 9, 2026 | Last updated June 10, 2026 Quick answer: Control odor and bacteria in recirculating coolant by addressing the conditions that feed microbial growth: keep the concentration within range, remove tramp oil and fines, keep the […]
Written by Paul Montgomery, Marketing Leader at PRAB. Reviewed by Mike Proos, Director of Engineering &Field Service. Published 6/9/2026. Last updated 6/9/2026. Q: What is a Profit and Compliance Platform for metalworking operations? A: A Profit and Compliance Platform is an integrated way to manage the three waste streams every metalworking plant produces- metal scrap, spent cutting fluids, and industrial wastewater- […]
PRAB’s Metal Chip Processing Selection Framework is a structured decision tool for metalworking operations selecting between wringers, briquetters, crushers, and centrifuges. The framework aligns three operational variables, scrap volume, metal type, and fluid content, with the equipment configurations that consistently deliver up to 90% scrap volume reduction, up to 98% coolant recovery, and up to 25% increase in scrap resale […]
Precision manufacturing demands absolute control over the cutting environment. While machine shops invest heavily in rigid CNC machine tools, high-performance cutting inserts, and advanced programming workflows, they often overlook the single element that ties these components together: the metalworking fluid. Coolant is the lifeblood of the machining process, managing extreme thermal loads, providing critical boundary lubrication, and flushing chips out […]
A practical guide for machining, stamping, and grinding operations A magnetic slide conveyor moves ferrous chips, turnings, stamping slugs, and small parts using permanent magnets mounted on a chain that runs beneath a stationary stainless steel slider bed. The magnets grip the material through the slider surface and carry it to the release point, where the chain curves away, dropping […]
In metalworking environments, manufacturers continuously look for opportunities to improve efficiency, reduce waste, and maximize profitability. Investments in advanced machine tools, automation systems, and cutting technologies often receive significant attention because their impact on productivity is immediately visible. However, one of the most overlooked opportunities for cost reduction often lies within the coolant system itself. Coolant plays a vital role […]
Coolant cleanliness is a critical factor in modern manufacturing performance. As machining operations become more precise and production demands increase, shops have to pay closer attention to fluid management. While cutting tools, machine speeds, and automation get all the attention, coolant filtration remains one of the most influential yet overlooked elements of a successful metalworking operation. Every machining process generates […]
If you run a high-precision CNC shop, you already know that cutting fluid isn’t just a “consumable” box to checkt’s the lifeblood of your entire operation. It keeps your tools cool, reduces friction, and flushes chips out of the way. But things go downhill fast when that same coolant gets loaded with microscopic metal dust, abrasive swarf, and leaky tramp […]
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