Industrial Dispensing Pinch Valve designed for automated dispensing of low and medium viscous fluids.

Hence 2K materials and abrasive liquids can be dispensed.

Small but yet very robust diaphragm dispensing valve.

Due to its simple design this valve is very easy to handle and simple to maintain.

The valve lift is adjustable, the membrane is Teflon coated. The through-flow body is made of polyethylene.

The through-flow hole has a diameter of -up to 2 mm.

Very robust diaphragm dispensing valve.
Due to its simple design this valve is very easy to handle and simple to maintain.

The membrane is Teflon coated. The through-flow body is made of stainless steel.

The through-flow body can be equipped with a heating or a temperature control.

The temperature control is designed for a temperature range of + /-20K or can be adapted to customer requirements.

The valve lift is adjustable and can optionally be monitored by a sensor (dispensing control).

Needle Dispensing Valve NV-2000 for dispensing liquids and pastes.

Small quantities can be dispensed with high accuracy.

Very robust needle dispensing valve for precise dispensing of low and medium viscous fluids.

Pneumatic control of the needle travel.
The needle and the through-flow body are made of stainless steel.

The through-flow body is equipped with heating.

The temperature range can be adjusted depending on the application.

The valve lift is adjustable and can optionally be monitored by a sensor (dispensing control).

Volume Dispensing Valve for dispensing liquids and pastes.

These valves provide the most accurate way to dispense low and medium viscous fluids e.g. adhesives.

In combination with multiple dispensing nozzles complex dispensing tasks can be carried out.

Temperature Control for Dispensing Valves MV-2000.

The through-flow body is equipped with a heating.

The temperature is designed for an area +/-20K starting from room temperature or can be adapted to customer requirements.

A preset temperature is maintained regardless of the ambient temperature of the dispensing valve.

For materials that change their viscosity as a function of temperature, constant conditions for a stable dispensing process are extremely important.