Standard productivity is up to 600 bottles per hour. One operators required, depending on configuration. The automatically filled bottles are manually placed onto the conveyor belt where they are automatically guided, stopping under each activated function, to the storage at the end of the line.

Automatic high vacuum filler built with AISI-304 stainless steel. Includes: four filler nozzles with mechanical filling level adjustment and four pneumatic pistons, mounting centering plates 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.

Automatic single-head corker turret built with AISI-304 stainless steel. Includes: automatic loading star wheel suitable for cylindrical bottles, rapid extraction cork compression group, hopper and cork loader. Suitable for natural or silicone cork stopper 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 and static finished bottles end storage.

Standard productivity is up to 600 bottles per hour. One operators required, depending on configuration. The automatically filled bottles are manually placed onto the conveyor belt where they are automatically guided, stopping under each activated function, to the storage at the end of the line.

Automatic high vacuum filler built with AISI-304 stainless steel. Includes: four filler nozzles with mechanical filling level adjustment and four pneumatic pistons, mounting centering plates 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.

Automatic single-head screw capper turret built with AISI-304 stainless steel. Includes: automatic loading star wheel suitable for Bordeaux 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 and static finished bottles end storage.

Automatic high vacuum filler built with AISI-304 stainless steel. Includes: four filler nozzles with mechanical filling level adjustment and four pneumatic pistons, mounting centering plates 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.

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

Automatic single-head screw capper turret built with AISI-304 stainless steel. Includes: shared automatic loading star wheel suitable for cylindrical 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 and static finished bottles end storage.

Optional high vacuum filler tank, complete with 4 standard nozzles and product loading pipe with rapid coupling DN25 joint.

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 on skid including vacuum pump. Required for high density liquids.

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

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 injection applied to the product-full bottle, immediately before cork insertion. The single centering device includes a nitrogen injection system on the automatic corker, a gas pressure control valve and a gas pressure control gauge.

Nitrogen (or other suitable gas) injection applied to the product-full bottle, before the bottle is presented under the turret for cap insertion. The adjustable device includes a fixed nozzle for nitrogen injection, a gas pressure control valve and a gas pressure control gauge. Suitable for any single head capping format (excluding cork) and any double head capping format (including cork).

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 corked and prevents the CAPSULE LOADING as well as the LABELS APPLICATION.

Installation of a monochromatic liquid crystal touch screen control keypad, instead of standard keypad provided with basic monoblock.

Installation of a full color liquid crystal touch screen control keypad, instead of standard keypad provided with basic monoblock.

Installation of modem inside electrical board and PLC for remote communication tele-assistance. Includes monochromatic touch screen control keypad.

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