Sagola XTech Series, Instruction Manual

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The product to be applied is placed in the cup provided for this purpose, from which it flows to the
fluid tip and is then mixed with spraying air in a way that can be controlled from outside the air
nozzle.
When the
trigger is pulled downwards, it engages the air valve stem, opening this and allowing air to
flow through.
When the trigger is pulled back fully, the product needle is retracted, allowing the product to Flow out.
This is then sprayed in the form of a fan.
When the trigger is released, the needle returns to its initial position, first closing off the product
outlet and then the air valve and application stops.
7. Start-up
The XTech airbrushes does not require a high pressure air source for most applications because
lower pressures are best suited for ultra-fine, slow, high-detail spraying, ideally between 1 and 2 bar
(15 - 30 psi).
Realizing the XTech ’s full benefits requires an adjustable or regulated air source with an air storage
tank . Other compressor considerations include the length of use while spraying and the environ-
ment, or amount of space, you spray in.
7.1. Connect to air and assembly
Connect your XTech airbrush to a regulated air line
or select an appropriate compressor.
The Sagola
CP1000 or CP2000 single piston
compressor is a compact , economical and will
provide approximately 4 bar (58 psi) of air pressu-
re to the XTech airbrush.
Connect the air hose to the compressor and
airbrush, then turn on the compressor.
At
1 - 2 bar (15 - 30 psi.), the XTech will produce a
high paint flow for shadow, fade, and background
spray, as well as for detail work and fine lines.
Point the airbrush away from you and press down (1) on the trigger to start the flow of air through the
airbrush. Place a small amount of solvent into the cup and pull back on the trigger (2). This will clean
out any residual factory testing material that may still be in the airbrush.
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