From stand-alone machines to complete lines, for increasingly integrated, efficient and sustainable management of the beverage production line:
The distinguishing feature of the SBF rotary blow moulder is the possibility to mould containers in double cavities, on the same mould, up to a maximum external diameter of 75 mm: the concept is expressed by the symbol 1B=2b. This solution allows to optimise the number of cavities of the machine according to the real needs of the downstream filler. The 1B=2b concept allows extremely high production speeds to be reached on medium-small formats, maintaining very low rotation speeds of the blowing carousel, and therefore less wear and tear of the mechanical and pneumatic components. Up to 80,000 bph in standard half-litre format The range of rotary blow moulding machine of the SBF line, from 6 up to 24 blowing stations, is at the top of its category, guaranteeing production of more than 80,000 bottles an hour on the standard format of half a liter. One big advantage is the possibility for every machine to install a single cavity mould for large dimension (up to 3L) bottles or a double cavity mould for small dimension (up to 0.6L) bottles. The change of format from single to double cavity (and vice versa) is extremely fast and simple to carry out. This means production rates of more than 3,000 small dimension bottles per hour per station are possible. The Sacmi SBF blow moulders have been designed to be easily installed in "COMBO" with the Sacmi fillers, operating in electronic synchronisation without any manual synchronisation activity. The two machines are managed by a single operator interface. The great compactness and ease of use makes this solution extremely interesting and advantageous for those who want to limit, as much as possible, the number of operators on the bottling line and reduce the risk of contaminating the bottles.DOUBLE CAVITY, DOUBLE SPEED
TOP-OF-THE-RANGE PRODUCTIVITY
In fact, they remain in an isolated environment from their blowing to the capping, thus preventing the risk of contamination.