Airless
Key Facts
Product safety
An Airless dispenser preserves the integrity of your product. This is guaranteed by isolating the atmospheric air. Therefore, the Airless dispenser is perfectly suitable for oxidative sensitive products and at the same time enables you to reduce preservatives.
Shelf life
An Airless dispenser is a closed system. Your product has no contact whatsoever with the external environment during storage and while using it; and has therefore a longer shelf life.
High restitution rate
The Airless dispenser also impress ecologically due to the high restitution rate.
Dosage
Since the handling is easy through pressing, it enables to dispense the application quantity precisely.
Application
The Airless system can be applied in any required position (360 degrees).
Sustainability
Since the mechanical assembled Airless system works without propellants they are environmental friendly and safer for the user.
Versatility
There is rarely a range of products found that offers you so many designs.
Which products can be used for the Airless system?
This system can be used for pharmaceutical as well as cosmetic products such as lotions, cremes, gel, ointments and pastes. By now several Airless systems can also be found for peelings and even the technical applicability utilises the handling benefits (e.g. greases).
Which materials are used to produce the Airless dispensers?
Airless dispensers are made of plastic (PP/PE). The vast majority of our dispensers have no metal parts.
Which finishing opportunities do I have with an Airless dispenser?
The systems can be perfectly finished with our screen printing process or through hot embossing. Additionally, the various Airless dispenser parts can be coloured individually for defined order quantities.
How will the Airless dispensers be filled?
There are two different variants.
Top Fill – Supplied in two parts
The Airless dispenser will be filled from above and then locked with the cap.
Bottom Fill – Supplied in three parts
The Airless dispenser will be filled from the bottom and then locked with a piston with valve and a bottom plate.