DEXA, the flow regulator

Flow regulator for injection moulding, extrusion and blow moulding machines

Manage your water inlets and outlets with a single control button and carry out maintenance with ease.

The new generation of DEXA® flow regulators is based on the patented principle of a double valve controlled by a single button.

Designed and manufactured in France, it is the only device on the market where the user does not have to use two buttons to open and/or close the two valves in each zone. A single button that can be operated with a 180° rotation performs this function.

Due to its design, the DEXA automatically shuts off the water supply before closing the outlet valve without any risk of blockage, relieving pressure in the circuits before disconnecting the connectors.

The graduated tubes, which have exceptionally good mechanical and chemical resistance, are easy to maintain thanks to tool-free dismantling at the touch of a dedicated button.

The DEXA® flow regulator is extremely efficient thanks to its enlarged passages and perfectly designed flow profiles that allow maximum water flow (up to 60 I/min) with minimum pressure loss and turbulence. The DEXA flow regulator is configurable according to your needs from 1 to 12 zones in 10L, 30L or 60L/min with or without thermometer.

DEXA advantages

No time lost during mould changes
No possible confusion between the supply and return valve.
Due to its design, the DEXA automatically shuts off the water supply before closing the outlet valve, relieving pressure in the circuits before disconnecting the connectors.
The supply and return valve opening ratio is constant: perfectly consistent flow settings.
High flow rate adjustment sensitivity.
Location of the button.
Reversible left/right assembly.
1 to 12 zone 10L, 30L, 60L/min configurable
Easy maintenance of graduated tube

In terms of performance, the DEXA® flow regulator is also extremely efficient: the passages have been enlarged and the flow profiles perfectly streamlined to allow maximum water flow (up to 60 I/min) with minimum pressure loss and turbulence.

Download the documentation