Customized Service

The experienced staff of our technical team will gladly work with you to develop precisely tailored systems for your particular application needs.

KAA 1300 Automatic extrusion gun


The Krautzberger automatic spray gun KAA 1300 is designed for automatic coating of surfaces such as metal, plastic, ceramics, wood and similar materials as well as other substrates. Typical coating materials include paints, dyes, water-soluble paints, adhesives, oils, release agents etc. The KAA 1300 gun can also be used to process abrasive coating materials at operating pressures below 5 MPa (50 bar). The spray gun works on the airless? principle ? in other words, the spray jet is generated solely by the material pressure that ejects the material through a nozzle. After exiting the nozzle, the spray jet takes on the shape dictated by the nozzle. The jet is directed at the workpiece, and the effective spray fan is not quite as wide as theoretically possible.

The particles of the spray jet reach far higher speeds than with spray guns driven by compressed air. Accordingly, the material throughput is higher and the jet more focused (in other words, the swirling zone is smaller). The size and shape of the jet can only be altered by changing the nozzle. The diameter of the nozzle bore determines the material flow volume, while the size and geometry of the elliptically shaped nozzle opening determine the height and width of the fan (shape of an elliptical cone).

The nozzle can be rotated through by 360° in the axis of the spray jet and arrested in any position. This permits optimum adjustment of the angle at which the jet hits the workpiece to the prevailing conditions.

A wide range of airless nozzles are available (see accessories).


Title Document type Languages

Technical data

Operating pressures / Operating temperature
Max. material pressure10 MPa (100 bar)
Max. material temperature50 °C
Min. control air pressure0.4 MPa (4 bar)
Max. control air temperature50 °C
Control air (St)
without add-on partsapprox. 300 g

Errors and changes reserved. Despite careful editing we cannot guarantee the acuracy of technical information.