Standard productivity is up to 1500 bottles per hour. One operator required, depending on configuration. The bottles are placed on the conveyor belt, where they are automatically guided through the rinser, the filler and the capper, stopping under each activated function, to the exit of the conveyor belt at the end of the line. All functions are independent.

Nine nozzles rinsing turret manufactured in AISI 304 stainless steel. The parts in contact with the rinsing fluid are made of AISI 316 ( Valve-taps, distributor, grippers, collection tank). Plastic and rubber parts are made of food-grade materials. Seizing grippers are made of stainless steel AISI 316 MICROFUSION. Includes two star wheels and counter star wheel suitable for cylindrical type bottles.

Automatic rotary gravity filler built with AISI-304 stainless steel. Includes: nine filler nozzles with mechanical filling level adjustment and nine plates mounted on pneumatic pistons, two star wheels and counter star wheels suitable for cylindrical type bottles. Product loading system by pneumatic actuator throttle valve and electronic probes for automatic filling level control in the filler tank, complete with product input gate valve dn25, all in AISI-304 stainless steel. The filler can be steam sterilized at 110°C.

Automatic single-head corker turret built with AISI-304 stainless steel. Includes: automatic loading star wheel suitable for cylindrical type bottles, rapid extraction cork compression group, hopper and cork loader. Suitable for natural or silicone corks dia.25 x 55h max. and bottles dia.55mm up to 110mm - h.150/350mm.

Automatic conveyor belt systems built in AISI-304 stainless steel, with belt in high mechanical resistance plastics.

Standard productivity is up to 1500 bottles per hour. One operator required, depending on configuration. The bottles are placed on the conveyor belt, where they are automatically guided through the rinser, the filler and the capper, stopping under each activated function, to the exit of the conveyor belt at the end of the line. All functions are independent.

Nine nozzles rinsing turret manufactured in AISI 304 stainless steel. The parts in contact with the rinsing fluid are made of AISI 316 ( Valve-taps, distributor, grippers, collection tank). Plastic and rubber parts are made of food-grade materials. Seizing grippers are made of stainless steel AISI 316 MICROFUSION. Includes two star wheels and counter star wheel suitable for cylindrical type bottles.

Automatic rotary gravity filler built with AISI-304 stainless steel. Includes: nine filler nozzles with mechanical filling level adjustment and nine plates mounted on pneumatic pistons, two star wheels and counter star wheels suitable for cylindrical type bottles. Product loading system by pneumatic actuator throttle valve and electronic probes for automatic filling level control in the filler tank, complete with product input gate valve dn25, all in AISI-304 stainless steel. The filler can be steam sterilized at 110°C.

Automatic single-head screw capper turret built with AISI-304 stainless steel. Includes: automatic loading star wheel suitable for cylindrical type  bottles, automatic electro-magnetic vibration caps feeder, chute with direct positioning device and capping head.

Automatic conveyor belt systems built in AISI-304 stainless steel, with belt in high mechanical resistance plastics.

Nine nozzles rinsing turret manufactured in AISI 304 stainless steel. The parts in contact with the rinsing fluid are made of AISI 316 ( Valve-taps, distributor, grippers, collection tank). Plastic and rubber parts are made of food-grade materials. Seizing grippers are made of stainless steel AISI 316 MICROFUSION. Includes two star wheels and counter star wheel suitable for cylindrical type bottles.

Automatic rotary gravity filler built with AISI-304 stainless steel. Includes: nine filler nozzles with mechanical filling level adjustment and nine plates mounted on pneumatic pistons, two star wheels and counter star wheel suitable for cylindrical type bottles. Product loading system by pneumatic actuator throttle valve and electronic probes for automatic filling level control in the filler tank, complete with product input gate valve dn25, all in AISI-304 stainless steel. The filler can be steam sterilized at 110°C.

Automatic single-head corker double-head revolving turret (combined with screwcapper) built with AISI-304 stainless steel. Includes: shared automatic loading star wheel suitable for cylindrical type bottles, rapid extraction cork compression group, hopper and cork loader (shared screwcaps vibration feeder). Suitable for natural or silicone corks dia.25 x 55h max. and bottles dia.55mm up to 110mm - h.150/350mm.

Automatic single-head screw capper double-head revolving turret (combined with corker) built with AISI-304 stainless steel. Includes: shared automatic loading star wheel suitable for cylindrical type bottles, automatic electro-magnetic vibration caps feeder, chute with direct positioning device and capping head.

Automatic conveyor belt systems built in AISI-304 stainless steel, with belt in high mechanical resistance plastics.

Recommended when the bottles, if immediately conveyed from this monoblock to an attached labeling machine, are going to be labeled with self-adhesive labels. The blowing system removes the last drop of rinsing liquid and avoids defective adhesion of the labels.

Optional rotary gravity filler tank, complete with 9 standard nozzles and rotary base coupling system.

Nitrogen (or other suitable gas) injection system in filler tank, to avoid any contact between air and product. Complete with gas pressure control valve and air exhaust valve.

Depression system in filler tank including 24mc/h pump. Required for high density liquids.

Nitrogen (or other suitable gas) injection applied into the empty bottle, before it's presented under the filler. The adjustable device includes a mobile nozzle for inert gas injection, a gas pressure control valve and a gas pressure control gauge. Suitable for any bottle format.

Kit includes two star wheels and one counter star wheel, in high mechanical-resistance plastics, to load/unload the filling nozzles with bottles of a different format from the one provided in the basic configuration monoblock (1 kit for each bottle format required).

Kit includes five star wheels and three counter star wheels, in high mechanical-resistance plastics, to load/unload  the rinser (2sw+1csw), the filler (2sw+1csw) and the capper (1sw+1csw) with bottles of a different format from the one provided in the basic configuration monoblock (1 kit for each bottle format required, within 3-4mm tolerance).

Air pressure accumulator to create a vacuum in the product-full bottle, immediately before cork insertion. The single centering device includes a close circuit depression system complete with pre-chamber and 12,0mc/h pump with motor CE certified.

Nitrogen (or other suitable gas) injection applied to the product-full bottle, before the bottle is presented under the turret for closure insertion. The adjustable device includes a fixed nozzle for  nitrogen injection, a gas pressure control valve and a gas pressure control gauge. Suitable for both cork and screwcaps.

Kit includes pneumatic device to blow air into the corker compression jaws group, to eliminate residual powder remains from the corks.

Photocell bridge to detect if there is a cork in the bottle, located before the capsule loader. It automatically signals an emergency should a bottle not be closed.

End storage dynamic device, synchronized with the main conveyor belt, built in AISI-304 stainless steel with oversize belt in high mechanical resistance plastics. It features a system that detects when the end storage is full of bottles, automatically stopping the production cycle to allow even a SOLE OPERATOR to empty the storage, then resumes automatically the working cycle.

Installation of modem inside electrical board and PLC for remote communication tele-assistance.

Adjustment for installation of single-phase electrical board instead of standard three-phase board provided in the basic configuration monoblock.