Fuji has reduced turbine noise levels by over 50% without causing any unwanted side effects such as overheating or air restriction. No... Fuji does not simply surround the turbine motor with soundproofing foam - this would cause overheating. The method used by Fuji allows the turbine motor to sit in an all-metal enclosure in exactly the same way as in all standard turbines. The Fuji Q-PRO Series™ Quiet turbines have computer-designed airflow configurations that completely eliminate the ‘Direct Sound Paths’ found on ALL low to mid-priced HVLP turbine systems available today. Direct sound paths are responsible for the noise factor. Noise is reduced to less than 50% of previous levels. In fact, when the Fuji Q-Turbine is placed across the room, the low hiss of air passing through the spray gun is more noticeable than the turbine. Fuji Quiet turbines are protected by US Patent No.6644913 If excessive noise is a problem for you, please consider spending a little more for a Q-PRO Series™ Turbine. There is no quieter turbine on the market today.

The spraygun features a stay-cool nylon handle (fitted over a metal tube), stainless steel fluid passages and an external needle packing adjustment. The fan pattern is adjustable from 1/8” to 15”. You can obtain a professional finish with all known coatings. Fuji does not use O-Rings in any of its sprayguns.

This recent addition from Fuji is a greatly improved aircap design. All 'H' stamped aircaps provide the user with a cleaner spray pattern which results in less overspray and mist in the air. What Fuji has done is reduce the width of the actual fan pattern. If we take a vertical pattern, the height (let's say 9") stays exactly the same, but the width of the HE, compared to standard Aircaps is much less. What is the advantage of a 'thinner-width' fan pattern? Well, as you know, when you spray across a board, as you come off the edge, particles are spraying into the air and adding to the overspray (mist) in the air. But you have to continue holding down the trigger until you finally pass over the edge of the board. You cannot stop at the edge of the board but must follow through past the board. The wider the width of the fan pattern, the longer it takes to pass off the edge of the board. It is this extra width of fan pattern that is adding to the number of airborne particles with each pass. It becomes even more significant when we realize how many times you pass over the edge of a board when spraying a cabinet or piece of furniture. The Fuji High-Efficiency™ Aircap is an exclusive feature from Fuji.

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