The spray valve DAS 90 is designed to obtain micro-spraying of various types of fluid.

Its very compact size makes a great solution when the mounting space is limited, while its precision allows for repeatable and consistent dosages in time.

The spray valve DAS 100 is designed to spray various types of fluid.

This valve allows to obtain very high performance combined with an extreme robustness and simplicity of construction.

The spray caps are available in various shapes, depending on the effect required, while various nozzle diameters are adapted to the viscosity of the used fluid.

The spray valve DAS 100 EV is designed to obtain micro-spraying of various kind of fluid.

Its threaded inlet allows the feeding of products of medium to high viscosity , such as greases and lubricating pastes. The valve allows to obtain uniform coverage of the areas without going to affect the surrounding parts. For this reason it’ ideal to be mounted on robot, arms etc.

The spray caps are available in various shapes depending on the effect required.

The manual spray valve DAS 200 is designed to spray various kind of fluids.

The ergonomic handgrip and is weight make it very easy to handle and use, and the operator can focus on the process.

The valve DAS 200 can be equipped with various kind of extensions to have anytime the right dispensing result.

The DAS valve controller is based on a 4.3-inch operator panel / PLC, multilingual and with an immediate graphical interface.

The controller allows very fast setup and commissioning of the system, and has been designed to manage spray valve spray applications; it guarantees the possibility of saving different recipes, each with its own personalized dispensing parameters and it also has a cycle counter function.

The interface to PLC or production monitoring systems is simple and allows to check or modify the parameters of the dispensing system

The control unit is also able to manage both the control air of the spray valve and the nebulization air, with the possibility of managing both with different timings to optimize spraying. The control unit also offers the possibility of interfacing presence sensors that enable dispensing or that objectify the completed dispensing, rather than the product minimum level sensor.