Air Techniques Review: Imaging, Vacuum & Compressors
Air Techniques makes dental compressors, vacuum systems, and digital imaging gear. Here's what each product line does well — and where the trade-offs lie.
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Produced with AI assistance under human editorial governance and fact-checked against the cited sources. How we work.
| Attribute | AirStar NEO Compressor Air Techniques | Mojave V7 Dry Vacuum Air Techniques | Mojave Vent-Less Vacuum Air Techniques | ScanX Swift PSP System Air Techniques |
|---|---|---|---|---|
| Price | Distributed via dealer networks; pricing not published — request a quote from an authorized reseller | Dealer-quoted; no MSRP published | Dealer-quoted | Dealer-quoted |
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| Cons |
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| Best for | Practices prioritizing clean, dry air quality and want built-in diagnostic monitoring without third-party add-ons | Mid-to-large practices looking to cut operating costs and eliminate water usage from vacuum infrastructure | High-rise offices or retrofits where running a new exhaust vent is impractical or cost-prohibitive | Practices transitioning from film, or those with patient populations that tolerate flexible sensors better than rigid ones |
- Price
- Distributed via dealer networks; pricing not published — request a quote from an authorized reseller
- Pros
- 100% oil-free with quadruple filtration
- Self-monitoring touchscreen with smart maintenance alerts
- Five-year limited extended warranty
- Scales from 1 to 250+ operatories
- Cons
- Oil-free piston design can run warmer and louder than oil-lubricated alternatives
- Premium pricing vs. off-brand compressors
- Best for
- Practices prioritizing clean, dry air quality and want built-in diagnostic monitoring without third-party add-ons
- Price
- Dealer-quoted; no MSRP published
- Pros
- Variable-frequency drive motor reduces energy consumption
- 100% oil-free and water-free operation
- Supports up to 14 users
- Cons
- Higher upfront cost than wet-ring vacuum systems
- Variable-speed systems require more complex servicing than fixed-speed units
- Best for
- Mid-to-large practices looking to cut operating costs and eliminate water usage from vacuum infrastructure
- Price
- Dealer-quoted
- Pros
- Eliminates need for exterior exhaust vent line
- Medical-grade ULPA filter (99.995% retention, vendor-reported)
- Annual filter change only
- Cons
- Vendor-reported filtration claims not yet backed by large independent studies
- Higher install cost vs. standard dry vacuum if vent infrastructure already exists
- Best for
- High-rise offices or retrofits where running a new exhaust vent is impractical or cost-prohibitive
- Price
- Dealer-quoted
- Pros
- Film-like workflow eases staff training
- Images in 9 seconds or less
- Flexible sensors improve patient tolerance
- Cons
- Multi-step workflow (expose, retrieve, scan) slower than direct digital sensors
- PSP plates require careful handling and periodic replacement
- Best for
- Practices transitioning from film, or those with patient populations that tolerate flexible sensors better than rigid ones
Verdict: Air Techniques is the strongest choice for utility infrastructure — compressors and vacuums — where its engineering depth, warranty terms, and scale flexibility are genuine advantages; its imaging line is solid but should be evaluated against category-specialist alternatives based on your specific clinical needs.
Air Techniques is one of the few dental equipment companies that spans both the mechanical room and the operatory. Founded in 1962 and manufacturing out of Melville, NY, the company claims — and is vendor-reported as — the largest manufacturer of dental air compressors and vacuum systems in North America. But it also sells digital imaging: PSP systems, intraoral sensors, panoramic units, and CBCT. That breadth is either a selling point or a complication, depending on what your practice actually needs.
This review walks through each product category honestly, covering what the equipment does well and where you should ask harder questions before buying.
Air Techniques Compressors: The AirStar NEO Series
The AirStar NEO is the current flagship compressor line. It’s 100% oil-free — important for avoiding contamination downstream — and uses what Air Techniques calls a Membrane Dryer to remove moisture before it reaches the chair. Air is quadruple-filtered, and the system continuously monitors itself, surfacing alerts on a full-color touchscreen that can be read from any operatory.
That self-monitoring is genuinely useful. Preventive maintenance reminders showing up on a display beat waiting for a pressure drop mid-procedure. The AirStar line scales from single-operatory practices up to facilities with 250 or more chairs, per manufacturer specs. Each unit carries a five-year limited extended warranty, which is longer than most competitors offer on compressor heads.
The trade-off: oil-free piston compressors run hotter and are typically louder than oil-lubricated models, even with modern engineering. If your mechanical room is directly adjacent to a quiet treatment suite, that’s worth discussing with the installer before committing.
Vacuum Systems: Mojave and VacStar
The Mojave V7
The Mojave V7 is Air Techniques’ dry vacuum system — no oil, no water. Its variable-frequency drive motor adjusts pump speed to match actual demand, which is where real energy savings come from. Instead of running flat-out all day, the motor throttles back when only one chair is active. The V7 supports up to 14 users in two available models, per vendor documentation.
Mojave Vent-Less: Worth Knowing About
The bigger news in the vacuum line is the Vent-Less series. As reported by DrBicuspid at the Chicago Midwinter meeting, Air Techniques debuted what it calls an industry-first dental vacuum exhaust air filtration system. The Mojave Vent-Less and VacStar Vent-Less models use a medical-grade ULPA filter — vendor-reported at 99.995% particulate retention — that allows exhaust air to vent directly into a mechanical room rather than through a dedicated exterior vent line.
For practices in high-rise buildings, or any office that can’t easily run new ductwork, this is a practical answer to a real installation headache. The filter only requires annual replacement, per Air Techniques’ documentation. Whether “industry first” holds up over time is worth scrutinizing, but the underlying engineering addresses a genuine problem.
Mojave Mobile and Aerosol Management
The Mojave Mobile is a portable extra- and intraoral vacuum unit positioned around aerosol mitigation. With total suction above 12 SCFM (vendor-reported), it can run an intraoral HVE and an extraoral aerosol funnel simultaneously. The companion HVE Air Protect XL uses a 16mm opening — wider than conventional HVEs — to capture a larger aerosol plume. Air Techniques and Dürr Dental published a pilot study on intraoral spray mist suction and aerosol reduction (by Dr. Martin Koch), lending some independent scientific framing to the category, though a single pilot study isn’t the same as an established clinical standard.
Air Techniques Digital Imaging
This is where the product line gets more crowded, and where fit-to-practice matters most.
PSP Systems: ScanX Swift and ScanX Duo
The ScanX Swift is a chairside PSP reader that produces images in 9 seconds or less, with a workflow Air Techniques explicitly compares to film — useful for practices transitioning staff or dealing with patients who tolerate flexible sensors better than rigid ones. The Duo model adds a second independent processing slot with In-Line Erase, making it sensible for shared X-ray pass-through setups between operatories.
If your team already knows film radiography, the learning curve here is genuinely short. If you’re building a new digital workflow from scratch, though, a direct-sensor setup may be faster overall. See our best intraoral scanner guide for context on how PSP compares to other capture methods.
SensorX Intraoral Sensor
The SensorX uses cesium iodide CMOS technology in two sizes with rounded corners for placement comfort. The spec sheet is solid but not unusual — CsI CMOS is the dominant technology across the intraoral sensor market. This is a capable sensor; just don’t expect a meaningful differentiation story here compared to other mid-tier offerings.
VistaPano S 2.0 and ProVecta 3D Prime
The VistaPano S 2.0 — a joint product with Dürr Dental SE — handles panoramic and cephalometric imaging. The ceph model uses dual CsI sensors that eliminate manual sensor changeovers between programs, which saves time and reduces handling errors. The 8-inch touchscreen interface is a practical quality-of-life upgrade over older rotary selectors.
The ProVecta 3D Prime is Air Techniques’ CBCT unit, and it integrates with SICAT Implant and SICAT Surgical Guides for treatment planning. That connection to guided implant surgery workflows is what makes the imaging line relevant to a fully digital dentistry setup — it’s not just X-rays in isolation, but data feeding into surgical planning software.
Accessories Worth Noting
Dentistry Today covered the VistaPosition PSP Holder System, which uses bite blocks designed to secure PSP plates without folding or compressing them — a small detail that meaningfully extends plate life. The titanium version reduces weight for added patient comfort. Air Techniques also offers water-free PSP Cleaning Wipes specifically for phosphor storage plates, which is a practical consumable for labs or busy imaging suites.
The Bottom Line
Air Techniques covers a lot of ground for a single vendor. For compressors and vacuum systems, it has genuine depth — the warranty terms, oil-free engineering, and Vent-Less innovation are differentiators worth taking seriously. The imaging line is competent and integrates reasonably well, but it doesn’t dominate any individual category the way specialized imaging companies do.
For most practices, the strongest case for Air Techniques is the utility side: if you’re equipping a new office or replacing aging infrastructure, the AirStar NEO and Mojave V7 are well-engineered options with documented support. Add imaging from Air Techniques if integration simplicity matters to you; go elsewhere for imaging if you have a specific clinical need that a dedicated vendor addresses better. Either way, get quotes through an authorized reseller — Air Techniques distributes through dealer networks, so direct pricing isn’t published.
Frequently asked questions
Is Air Techniques equipment made in the USA?
Yes. According to Air Techniques, all of its products are manufactured at its corporate facility in Melville, NY. This applies to compressors, vacuum systems, and digital imaging equipment across the product range.
How many operatories can an AirStar compressor support?
The AirStar NEO line scales from one-user configurations up to clinical-sized practices with 250 or more operatories, per Air Techniques' vendor documentation. The right model depends on the number of simultaneous users and air demand, so an authorized reseller should size the unit for your specific layout.
What makes the Mojave Vent-Less vacuum system different from a standard dry vacuum?
The Vent-Less models use a medical-grade ULPA filter — vendor-reported at 99.995% particulate retention — that allows exhaust air to discharge directly into a mechanical room, with no external vent line required. Air Techniques describes it as an industry first in dental vacuum exhaust filtration, and the filter needs replacement only once per year. It's particularly useful for high-rise buildings or offices that can't run new ductwork.
Does Air Techniques' CBCT system work with implant planning software?
Yes. The ProVecta 3D Prime CBCT unit integrates with SICAT Implant and SICAT Surgical Guides through Air Techniques' VisionX software portfolio. This allows clinicians to move from CBCT capture directly into implant planning and surgical guide design without exporting to a separate platform.
Sources
- 1.Air Techniques debuts ventless systems at Chicago Midwinter — DrBicuspid
- 2.Air Techniques' New PSP Holder System — Dentistry Today — Dentistry Today
The Digital Dentistry editorial team covers dental technology for practice owners, clinicians and dental labs. Our articles are produced with AI assistance under human editorial governance, fact-checked against cited primary sources, and updated as products and evidence change. See our editorial policy for how we work and how to flag a correction.