The filling machine for water
- Fills 9000 packages per hour from two lines and produces 500 ml Midi packages optimized for water
- AD technology gives product a shelf life of 12 months in ambient distribution
- CAU (Cap Application Unit) with HEPA air to ensure that a high hygienic level is kept
- The packaging material is pre-treated with peroxide
Features
Two-line production
Optimise your machine's capacity
Based on a two line architecture, which enables running packages independently on both lines with no need to stop production when cleaning one line.
Injection moulding
Adding a convenient opening to a carton sleeve
This is the world's fastest injection moulding unit. Polythene is injected at high pressure and compressed onto both sides of the carton sleeve. The unit is sealed and water-cooled to provide a sturdy, leak-proof joint that produces lids of consistent quality. The result is a convenient opening. The lid forming unit for the Tetra Pak® TT/3 AD IC filling machine, is supplied with HEPA air to avoid contamination.
Operator interface
Extremely operator friendly
Operator time and complexity is reduced thanks to several smart features. Package Line Monitoring Service (PLMS) enables remote supervision and monitoring of all vital production data. Automatic recipe handling adjusts up to 10 recipe parameters. One operator can easily control features and options via the two Tetra Pak Operator Panels (TPOP).
Hygiene Chamber
Supports up to 12 months’ shelf-life
A vapour consisting of 3% hydrogen peroxide (H2O2) is sprayed in to the package, followed by high energy UV-light. The combination of the peroxide pre-treatment, UV-light and the hydrogen peroxide vapour spray ensures a MIBI failure rate of 0,1%.
Material Pre-treatment
Supports up to 12 months shelf life
In the Automatic Splicing Unit, packaging material is pre-treated with 3% hydrogen peroxide vapour (H202).
Integrated Capping Unit
One Step Opening for extra consumer convenience
The Integrated Capping Unit applies a tamper evident cap onto the injection moulded neck inside the machine. This reduces space and maintenance costs while increasing line efficiency and control of cap application.
