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Two Paths to Chip and Coolant Savings

Published October 20, 2026. Last updated October 20, 2026.

Quick answer: Do I need a full centralized system to get value from PRAB?

No. PRAB offers two paths. The Quick-Start path uses compact, pre-built equipment, such as MCR Mobile Coolant Recyclers and skid-mounted E-Series metal chip processing equipment, for growing shops with a few sumps or one machine group. The Engineered Program path designs central coolant recycling systems, metal scrap conveying systems, chip processing, and water reuse around a plant’s full volume. Most shops should start with the stage that costs them the most today, prove the savings, and centralize only when the numbers say so. Equipment on both paths starts from the same standardized, heavy-duty core platforms.

Why some shops never make the call

PRAB built its name on hard applications: high-volume lines, hazardous materials, tight floor space, chips that jam everything else. That reputation is earned, and it brings in the large projects. It also scares off many buyers who assume that anything from PRAB means a central system, a long engineering cycle, and a shutdown for installation.

For a growing job shop with eight CNCs and a coolant bill that keeps climbing, that assumption is expensive. The problem is real. It just doesn’t need a plant-wide answer yet. So we’ve organized what we sell into two paths, and the right one depends on your volume, not on how ambitious you are.

Two paths, one standard of equipment

Quick-Start path Engineered Program
Built for Growing shops, a few problem sumps, one machine group Plants with high chip and fluid volume across many machines
Typical starting equipment MCR Mobile Coolant Recyclers, E-Series skid-mounted metal chip processing equipment, a briquetter Guardian central coolant recycling systems, metal scrap conveying systems, crusher or shredder plus wringer lines, water reuse
Installation Mobile units run on shop air with no electrical hookup; E-Series skids ship pre-wired and pre-plumbed Designed with your engineers and plant management, installed with PRAB assistance, commissioned on your material
What you commit One machine group or a handful of sumps A plant-level design

Both paths draw from the same standardized, heavy-duty core platforms. The Quick-Start path is not a lighter grade of equipment. It is the same engineering applied to a smaller first step.

The upgrade path, one step at a time

 

PRAB phased upgrade path: start with a mobile coolant recycler or E-Series skid, expand the Quick-Start footprint, centralize coolant and chip handling with Guardian and conveyors, then close the loop on water

 

Each step pays for itself before the next one is on the table, and the gates are measurable.

The gates matter more than the steps. PRAB says a single MCR5 can typically service 10 or more sumps per week on a one-shift operation [2]. When you have more sumps than your mobile units can rotate through, central coolant recycling starts to make sense. The E-Series is rated for about 750 pounds per hour of steel chips [3]. When your chip volume runs past that, a conveyor-fed crusher and wringer line is the next conversation. Until then, there is no reason to buy the bigger system.

What each path pays back

ROI looks different at each scale, so here are results from both ends:

Customer Path Equipment Documented result Source
Martin-Baker, Johnstown, Pa. Quick-Start scale Chip briquetting $0.17 more per pound for briquettes than loose chips [3]
Ogura Corporation, Detroit Quick-Start scale Guardian HG-800 Make-up coolant fell from 2 to 3 barrels a month to one or less; no coolant hauled away in the first 12 months [4]
C&A Tool Engineering, Churubusco, Ind. Engineered Program Crusher, conveyors, wringer 99.6% of cutting oil recovered, about 300 gallons a day; buys less oil for eight machines than it once did for three [5]
Youngers and Sons, Wichita Engineered Program Crusher, conveyor, wringer, Guardian HG-4000 New coolant purchases down 38%, haul-away down 18%, scrap value up 12% [6]

For the mobile units specifically, PRAB’s published figures are about a 75% reduction in coolant purchases and a typical payback of 6 to 9 months [2]. Treat those as a starting estimate, not a promise. Your fluid, your tramp oil load, and your sump count decide the real number, which is why we test first.

What the implementation actually looks like

The concern about retrofit downtime is valid, so here is what each path entails.

Quick-Start. We start with a Fluid Testing or Materials Testing review of your actual coolant or chips. A mobile recycler rolls to the sump and connects to shop air. An E-Series skid is set in place with a forklift and ships pre-wired and pre-plumbed for near plug-and-play installation [3]. Operator training covers daily use and maintenance.

Engineered Program. The work starts with an application review and testing, then co-design with your engineers so every component is sized to the others [7]. PRAB supports installation, runs startup and commissioning on your own material, and trains your operators. For large chip volumes, Modular Chip Processing Systems arrive in pre-wired, skid-mounted sections built to install in weeks rather than months [8].

We’ll be straight about one more thing. Bigger systems take more tuning. In our own Youngers and Sons case study, startup did not go as expected, and PRAB technicians went back to dial the system in until it performed as intended [6]. That follow-through is part of the program, and it is worth asking any supplier about before you sign.

How to pick your entry point

Answer these four questions before you talk to anyone:

  1. How many sumps or machines share the same coolant, and how often do you dump and recharge them?
  2. Roughly how many pounds of chips per shift, and are they flowable chips or long turnings?
  3. What do you spend each month on new coolant, chip haul-away, and spent fluid disposal?
  4. Are you planning to add machines in the next two to three years?

A few sumps, modest chip volume, and no expansion plans point to Quick-Start. Many sumps, heavy chip volume, or a growth plan point to an Engineered Program, sized for where you are headed. Plants already weighing water reuse and industrial wastewater treatment systems should read our companion piece on the closed-loop plant.

Not sure which side you’re on? Bring those four answers to a PRAB application engineer. The Guardian ROI calculator and the Chip Processing ROI calculator both provide a preliminary estimate.

Talk to a PRAB application engineer

Frequently asked questions

Is a mobile coolant recycler real metalworking fluid recycling?

Yes, for the jobs it is built for. PRAB’s MCR units remove tramp oil to below 1% by volume in a single pass and filter out solids [2]. A Guardian system goes further by adding bacterial control and coolant concentration control; the other two pieces require full recycling [1]. That difference is a good signal of when to move up.

Can I move from Quick-Start to an Engineered Program without scrapping what I bought?

Often, yes. PRAB positions its mobile recyclers as companions to a Guardian system for satellite machines and standalone sumps [2]. During the application review, ask how your existing units fit into the larger design.

Does PRAB test with my material before I buy?

Yes. Pre-purchase Fluid Testing and Materials Testing use your actual coolant and chips, and the Demo Before You Buy program lets you see the equipment work first.

What support comes after installation?

PRAB-built equipment carries a standard one-year warranty. The Managed Maintenance Program is a separate, optional service with scheduled inspections, OEM parts, and 24/7 technical support.

About the Author

Paul Montgomery is Marketing Leader at PRAB, Inc., where he leads digital strategy, content, demand generation, and brand across all four PRAB product lines. He brings more than 20 years of B2B marketing leadership, including CMO and VP roles in industrial manufacturing, SaaS, InsurTech, and technology, where he led cross-functional teams and drove results such as 300% year-over-year revenue growth. He holds a B.S. from Texas Tech University. Connect with Paul on LinkedIn.

Citations

  1. PRAB. Guardian Coolant Recycling Systems
  2. PRAB. Mobile Coolant Recycling Systems
  3. PRAB. E-Series Metal Chip Processing System
  4. PRAB. Case Study: Auto Parts Manufacturer Reduces Coolant Purchase Costs and Eliminates Used Coolant Disposal in First 12 Months (Ogura)
  5. PRAB. Case Study: C&A Tool Increases Profitability, Maintains Clean Facility With Chip Processing System
  6. PRAB. Chip and Fluid Waste Reductions a Key Part of Machining Company’s All Systems Grow Initiative (Youngers and Sons)
  7. PRAB. The Real Source of Complexity in Industrial Metal Chip Processing and Coolant Recycling Systems
  8. PRAB. Modular Chip Processing Systems