Chip Trapper: Take Back Control of Your Coolant, and Your Productivity

If you work with CNC machines, lathes, or other equipment that uses coolant or cutting fluids, you already know the headache that comes with chip‑laden, contaminated liquid. Floating debris, sludge, and swarf don’t just affect coolant life—they cause machine downtime, poor finishes, pump damage, and unnecessary costs.

The EXAIR Chip Trapper™ and High Lift Chip Trapper™ are designed to eliminate these problems quickly, safely, and without the mess or maintenance headaches of traditional pump or electric vac systems. Here’s how this powerful solution helps you reclaim time, money, and consistency on your shop floor.


Clean Your Coolant—Fast and Without the Mess

The Chip Trapper uses EXAIR’s Reversible Drum Vac, a simple but powerful two‑way pump that quickly vacuums contaminated coolant into a standard 55‑gallon drum. As the liquid enters the drum, it’s forced through a durable, reusable filter bag that traps chips and debris before the clean liquid is pumped back out.

How this benefits you:

  • Cuts coolant replacement costs by removing chips instead of throwing away usable fluid.
  • Prevents pump failures caused by recirculating metal chips and fines.
  • Reduces machine downtime—you can restore coolant clarity in minutes instead of hours.
  • Improves machining performance by keeping cutting fluid clean and flowing as intended.
  • You have options – You can pick what level of filtration that you want to achieve from 1 micron to 200 microns with additional, replacement filter bags. Systems come standard with 5-micron filtration.

Built for Real Shop Conditions

Your environment is demanding, so the equipment has to be too. The Chip Trapper is engineered for durability, reliability, and easy operation in any industrial setting.

Key features your team will appreciate:

  • Runs on compressed air—no electric motor, no moving parts to fail.
  • Works with your existing shop air up to 100 PSIG, with a maximum of 120 PSIG.
  • Designed for years of maintenance‑free performance when used with clean, filtered air.
  • Automatic safety shutoff prevents messy overfilling.
  • Quick‑change filter bags make maintenance simple and efficient—no tools required.

Because the system has no electrically driven parts, it’s not only safer—it avoids the clogs, burnout, and unreliability of conventional electric pumps.


Easy Operation: Vacuum In, Pump Out

Using the Chip Trapper is refreshingly simple:

  1. Connect compressed air using the manual shutoff valve.
  2. Attach the vacuum hose and chip wand to pull liquid and debris from your sump.
  3. Set the directional valve to FILL to vacuum dirty liquid.
  4. Set the valve to EMPTY to pump back out filtered, clean coolant.

Most users love that the process is clean, fast, and nearly foolproof—no dealing with clogged pumps or slow draining.


Handles Even Tough Applications

The Chip Trapper isn’t just for coolant recycling—it’s an incredibly versatile cleanup tool.

Great for:

  • CNC sump cleaning
  • Removing chips from settling tanks
  • Floor spill recovery (with optional Spill Recovery Kit Model 6901)
  • Deep sumps or long fluid runs (High Lift Chip Trapper models offer increased suction for these situations)

Whether you’re cleaning up after heavy machining or maintaining multiple machines, the Chip Trapper keeps your shop safer, cleaner, and more productive.


Low Maintenance, High Reliability

Maintenance is minimal and quick:

  • The safety shutoff float may occasionally need cleaning with mild solvent/detergent.
  • The stainless‑steel pump can be disassembled for deeper cleaning if needed.
  • Vacuum hose and attachments rinse clean after each use.

Because clean air is critical, EXAIR recommends a 10‑micron filter separator for the compressed air supply—when used properly, the unit will run for years without issue.


The Bottom Line: A Cleaner Shop and a Healthier Bottom Line

The Chip Trapper is more than a coolant-cleaning tool—it’s a reliability booster, money saver, and productivity enhancer.

Customers typically see:

  • Significantly longer coolant life
  • Better machine performance
  • Reduced labor time for sump cleaning
  • Lower maintenance costs
  • A safer, cleaner work environment

If your machines are struggling with chip buildup, cloudy coolant, or recurring sump issues, the Chip Trapper is one of the simplest, most cost‑effective upgrades you can make for these processes.

Get yours today. EXAIR ships orders for Chip Trappers within 1 business day after receipt of order. They are available with a 30-day guarantee, so there is zero risk on your part. You can check out more about operational specifications here.

Do you have questions?  Please contact one of our Application Engineers. They can help you determine if the Chip Trapper is right for your application.

Neal Raker, Application Engineering Manager
EXAIR

Noise In The Workplace

The Center for Disease Control (CDC) estimates that 22 million workers are exposed to potentially dangerous levels of noise at work every year. That’s “only” about 15% of the total number of people who are employed in the United States, but if you’re one of them, you should absolutely know the risks, and how to protect yourself. Obviously, high noise levels can cause hearing loss, but do you know what else it causes?

  • Cardiovascular disease. Constant noise exposure causes stress, and stress triggers the release of hormones that increase your blood pressure, which can lead to ischemic heart disease, strokes, and arrhythmia.
  • Sleep disruption. Studies show chronic noise exposure during the day can cause difficulty falling asleep, shortened sleep cycles, and frequent wake-ups during the night. All this leads to chronic fatigue and a host of long-term health issues.
  • Immune system suppression. While the exact nature of the relationship is unclear, recent studies have indicated that noise can cause changes in our immune systems.
  • Cognitive impairment: Continued noise exposure causes memory impairment, attention deficits, and reduced concentration.
  • Mental health issues. Not only does continued noise exposure release hormones like cortisol & adrenaline (causing the chronic stress that’ll literally break your heart; see above), it directly influences anxiety, depression, and irritability.
Don’t let this happen to you.

So, how do we protect ourselves? If you said “ear plugs,” you’re not wrong…but did you know that hearing protection in the form of personnel protective equipment (PPE) is considered the LEAST effective method of mitigating noise exposure? The National Institute for Occupational Safety and Health (NIOSH, a sister agency of the Occupational Safety and Health Administration, or OSHA) developed a hierarchy of controls…a “good, better, best” framework, if you will, of methods to address workplace hazards:

Even though hearing protection (the PPE in this case) is least effective, the intent of the hierarchy graphic is not to dismiss it, but to categorize it as a last resort. If all else fails (or, more often, comes up short,) ear plugs are your – and your hearing’s – best friend.

If the source of the noise cannot be eliminated (and let’s face it, an awful lot of industrial processes are necessarily loud), the next best thing to do is to substitute a quieter method or device. That’s where EXAIR comes in: the design of our engineered Air Knives, Air Nozzles, and Air Amplifiers exploits certain principles of fluidics to mitigate the noise levels associated with the rapid depressurization of compressed air when it’s blown for cleaning, drying, cooling, etc. The key to this is entrainment:

EXAIR Intelligent Compressed Air Products such as (left to right) the Air Wipe, Super Air Knife, Super Air Nozzle, and Air Amplifier are engineered to entrain enormous amounts of air from the surrounding environment.

While this entrainment makes EXAIR products EXTREMELY efficient (the compressed air consumption ends up being a fraction of the total developed flow), it also creates a low velocity boundary layer around the primary high velocity & forceful airflow. This layer attenuates the sound level of that high velocity flow.

Compressed air use can be loud, wasteful, and dangerous, but it doesn’t have to be. If you’re looking for a quiet, safe, and efficient solution for your use of compressed air, give me a call.

Russ Bowman, CCASS

Application Engineer
Visit us on the Web
Follow me on Twitter
Like us on Facebook

Industrial Cleanup—Simplified and Certified. The New EXAIR ATEX EasySwitch® Wet/Dry Vacuum System

Powerful. Safe. Certified for Hazardous Environments.

EXAIR’s new ATEX EasySwitch Wet/Dry Vacuum System is here—engineered for facilities that demand both high performance and uncompromising safety in explosive dust or gas zones. Whether you’re cleaning dry debris or nonflammable liquids, this system makes it effortless to switch modes and stay productive.

Why Customers Love the ATEX EasySwitch

  • ATEX-Certified for Zone 1 & Zone 21 explosive environments
  • Fast wet/dry changeovers with the EasySwitch filter design
  • No electricity required—powered safely by compressed air
  • Built‑in grounding everywhere it matters: conductive hoses, bonded toolholder, grounding posts, conductive drum dolly, and more
  • HEPA filtration option captures up to 99% of fine particulates down to 16–523 nm
  • Low maintenance with no moving parts to wear out

Optimized for Real Industrial Challenges

From combustible dust to general production cleanup, the ATEX EasySwitch brings dependable suction, rugged construction, and clear compliance peace of mind. Every component is designed to maintain safe bonding and continuity—critical for preventing static discharge in ATEX-classified zones.

The Safety You Need. The Performance You Expect.

If your facility handles explosive dusts, gases, or sensitive materials, EXAIR’s ATEX EasySwitch Wet/Dry Vacuum System delivers the perfect combination of reliability, flexibility, and certification-required protection.

Contact one of our Application Engineers to discuss your application today! You can reach us by phone, fax, e-mail, online chat, video meeting, or through Social Media (LinkedIn, Facebook, Twitter) or check us out on YouTube. We would love to show you the difference EXAIR equipment can make in your work life.

Sincerely,

Neal Raker, Application Engineering Manager

Air Compressors: Rotary Type

What is an air compressor? In simple terms, it is a machine that increases fluid pressure.  It works by either changing the volume of air, positive displacement, or by changing the velocity of the air dynamics.  Many industries use air compressors to operate pneumatic equipment.  In this blog, I wish to cover the Rotary Compressor.

The Rotary Screw Compressor is a very common type of air compressor. This compressor uses dual rotors with meshing lobes that trap air while rotating. The rotation continues to push air toward a discharge port while decreasing the space the air takes up, thus increasing pressure. The rotary type of air compressor has five different sub-categories, reference image above.  This style of air compressor has some clear advantages and disadvantages:

Advantages:

  • Quiet Operations
  • Durability and Low Maintenance
  • High Efficiency
  • Continuous duty Cycle

Disadvantages:

  • High initial cost
  • Specialized maintenance

No matter the type of air compressor you use, they are very costly to operate.  To help you use them efficiently and safely, EXAIR offers a range of products that can clean, cool, blow, conserve, and convey.  This would include our Super Air Knives, Super Air Nozzles, Safety Air Guns, Cabinet Coolers, and much more.  If you want to save energy, increase safety, and cut costs no matter what size air compressor you have, you can contact an Application Engineer at EXAIR.  We will be happy to help. 

John Ball
Application Engineer
Email: johnball@exair.com
Twitter: @EXAIR_jb

Images Courtesy of the Compressed Air Challenge