Airless Plus / AirCombi? What does that mean?
Learn how airless and AirCombi spray technologies differ, what advantages each offers, and which systems best suit your coating application.
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Automatic airless spray guns atomize coatings solely via high material pressure—with no atomizing air. This delivers very high transfer efficiency, short cycle times, and reproducible film thicknesses in series coating, production lines, and robot cells. Typical pressure ranges—depending on material and tip—are 80–220 bar.
Tip selection defines fan width and output (e.g., 517 = approx. 25 cm fan, 0.017" orifice). Filter grades of 30–100 mesh protect the tip and ensure even atomization. Together with piston or diaphragm pumps and stable pressure control, you get consistent, reproducible results.
Airless automatic guns are typically controlled via 24 V I/O (needle stroke) and mounted on base plates. Quick-change tips, circulation systems (material loop), bypass, plus pressure and temperature monitoring shorten downtime and increase process reliability—ideal for paced lines and robot applications.
AirCombi (Airmix) adds air assistance to airless for even crisper edges or demanding geometries. Airspray (HVLP/conventional) excels in fine finishing and very thin coats. For high area output and efficiency, airless remains the first choice.
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Learn how airless and AirCombi spray technologies differ, what advantages each offers, and which systems best suit your coating application.
Learn moreFind out how to correctly assemble and maintain your spray gun to ensure long service life and optimal results.
Learn moreIf the round or fan pattern control cannot be turned, paint or dirt in the thread is often the cause. Here you’ll find causes and solutions.
Learn moreAirless atomizes the coating by high material pressure through a precision tip—with no atomizing air. This enables high area output, minimal overspray and consistent film thicknesses in automated processes.
For large areas and high throughput in metal, plastics, as well as mechanical/plant engineering and corrosion protection—anywhere efficiency and repeatability matter.
Common sizes are 0.009"–0.021". The tip code (e.g., 517) describes fan width and orifice. Selection criteria: viscosity, desired film thickness, part geometry, filter mesh, and available pressure window.
Via 24 V I/O for needle stroke, base-plate mounting, circulation systems, quick-change tips as well as pressure/temperature monitoring for process-reliable cycle times and low downtime.
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