Used Isobaric Complete Bottling Line for Still and Sparkling Wine up
to 4500 bph This complete bottling line has been designed and
configured to provide a high-quality, consistent filling process for
both still and sparkling wines. Built around an isobaric tribloc
system, it integrates rinsing, filling, and capping functions in a
continuous flow, ensuring excellent efficiency while maintaining
product integrity. The line is currently set up for still wines at an
output of 4,500 bottles per hour and for sparkling wines at 3,000
bottles per hour. It is already technically prepared for sparkling
wine production and only requires the addition of a mushroom corker, a
capsule applicator for spumante hoods, and a heating tunnel if needed.
The system is equipped with dedicated conveyors, a centralized
lubrication system, and separate control panels for conveyor
management, enabling straightforward maintenance and integration into
existing plant automation. The entire layout follows a linear
configuration, optimised for space utilisation and ensuring smooth
product transfer between each stage without unnecessary accumulation
points. Bottling Process and Core Machinery At the start of the line,
empty bottles are automatically fed into the system via a
depalletizer. This equipment gently lifts and transfers the bottles
onto the feeding table while maintaining their integrity. Bottles are
then directed to the tribloc system, where three key operations are
performed in sequence: rinsing, filling, and capping. The isobaric
filling technology ensures precise fill levels and consistent
carbonation retention for sparkling wines, while also being perfectly
suited for still wine bottling. The filling valves are designed to
minimise oxygen pickup, which is crucial for preserving the
wineâs sensory qualities and shelf life. The rinser operates with
clean water or a sanitising solution, ensuring bottles are free from
contaminants prior to filling. The capping turret, currently
configured for still wine closures, applies either BVS screw caps or
traditional corks, depending on the selected format. A dosing unit for
gum arabic is integrated into the line. This system allows for precise
addition of stabilising agents post-filling, which helps maintain wine
clarity and prevent precipitation during storage. A dedicated steam
generator (vapouriser) is included for both line sanitisation and,
when required, pre-heating applications. Prior to filling, a
microfiltration unit is positioned to ensure that the product entering
the tribloc meets the desired microbiological standards. This step is
essential for ensuring product stability and quality without the need
for excessive chemical preservatives. Downstream, bottles are
transferred to the labelling station. While the labelling unit is
supplied by a third-party manufacturer, it is electrically integrated
into the line and can be configured for multiple label types,
including adhesive and cold-glue systems. The conveyors are built with
stainless-steel frames and modular belts, fully washable and fitted
with automatic lubrication points. Power is supplied to each conveyor
section through individual drives, and the line control allows
synchronisation of speeds to prevent accumulation stress on the
bottles. The end of the line layout includes provision for a future
accumulation table, allowing additional buffering capacity between
labelling and case packing. While the current scope does not include
case packing or U6354234 palletising equipment, the output height of
5,000 mm for the conveyor system is compatible with automated
end-of-line systems. Formats and Handling Capabilities The line is
versatile and engineered to handle a wide range of premium bottle
formats. Current format capability includes: Bordolese Standard TS/BVS
Bordolese Conica TS/BVS Conica Elite TS Nobile TS Authentique TS
Borgognotta TS Adriatica 1 Litre TS/BVS Arno 1.5 Litre TS Format
changeover kits are available for these bottles, allowing the line to
be reconfigured efficiently for different product runs. The handling
parts are designed to ensure correct centring and stability during the
filling and capping process, which is particularly important for
taller formats such as the Arno 1.5 L. The isobaric filling system is
compatible with wines of varying carbonation levels, from still wines
to fully sparkling wines. Bottle neck handling is adaptable for
different closure types, including BVS screw caps, straight corks,
and, with the additional equipment, mushroom corks for sparkling wine.
The conveyor system and starwheels are dimensioned to ensure precise
handling, avoiding scuffing or breakage. Construction, Automation, and
Integration The bottling line is constructed predominantly from
stainless steel AISI 304, providing corrosion resistance and ensuring
compliance with hygiene standards required in the wine industry. All
contact parts are made from food-grade materials, and machine guarding
is transparent for easy monitoring