Beer Bottle Filler

Vipoll GEA Visipraktik VKR-ES-DN 12/3K

Condition: good (used), Year of construction: 1994, Fillerblock, make Nagema, type: Varifill 40/10K/10PP, for 12.000 bph, with 40 filling valves, with 10-head crown capper and 10-head screw sealer (for MCA 28 caps), with double pre-evac, runs on 0,33 lt Longneck- and 0,5 lt NRW-bottles, direction: left->right, Siemens S5 control, built 1994 L: 4.000 mm, W: 2.700 mm, H: 2.800 mm Bcodpfx Afen D Hm Ss Sst

Condition: used, Year of construction: 2018, Overview  The Gruber AFD6 is a filling machine for bottles and party KEGs that was produced by the German manufacturer Gruber in 2018 and has an operating time of 725 hours. The machine is available immediately. Technical details Output 800 bph (at 0.33l) 750 bph (at 0.5l) 600 bph (with 1.0l) 400 bph (for 2.0l) 240 bph (with 5.0l party KEG) Output varies depending on CO2 content and beer temperature (in practice, 1,000 bph could be achieved at 0.33l) Long tube filler with 6 filling points Fully automated filling process Single or double CO2 flushing Siemens S7 control system with touch panel Operating hours: 725 hours Bodpfju I Hr Ujx Af Ssct

Condition: excellent (used), Year of construction: 2019, functionality: fully functional, For sale: (VIDEO available on request) MARKL / BAVARIA bottling line for breweries & beverage industry, suitable for 0.5 l & 0.33 l bottles Output: 3,000 – 15,000 bottles/h Bottle filling and capping machine for crown caps d = 26 mm with pre-evacuation system Bottle types: 0.5 l NRW, 0.5 l long-neck, 0.5 l Warsaw, 0.33 l long-neck Bcsdewqz Nnspfx Af Set Additional detailed technical data: see PDF Machine is immediately available, removed from production only about 2 months ago.

Condition: used, Year of construction: 2014, functionality: fully functional, Beer bottling line Speed: 2,000 Bph Line composed of: BORELLI monoblock Year: 2014 Direction of travel: clockwise 12-pincer rinser Nozzle type: fixed Number of treatments: water and inert gas 16-valve filler Bjdpfx Aov Hrcxef Sjct Filling type: isobaric Pre-evacuation Degassing Single-head capper for crown cap Cap size: 26 mm TEKNINOX pasteurization tunnel Year: 2014 Pasteurization temperatures: pre-pasteurization and pasteurization managed by PLC ENOS labeler Year: 2014 Type of labels: linear with 2 stations Type of applications: Label and Back label on the same reel Collar Close SIAT cartons Year: 2014 Belt type both above and below PARMAMET clusterer Year: 2007 Format: 33x3 Accident prevention guards BELTS NOT INCLUDED Code: NP 578

Condition: used, Year of construction: 2002, Overview The labeler was built in 2002 by the Italian manufacturer Cavagnino e Gatti. The machine applies self-adhesive labels to glass bottles. The labels come from the roll and so you are flexible in the dimensions. Technical details 7.000 bph Application for glass bottles Recently used formats 0,375l until 1,0l glass bottels 200 ml PET-bottle 3 self-adhesive stations Electrical power: 3,5 kW Compressed air: 25 l/ min, 5 bar Bjdopb U Iuopfx Af Sect

Condition: used, Year of construction: 2015, Overview The Zalkin screw capper top is made of stainless steel and has 22 capping heads. The running direction is from left to right (clockwise). It comes with an electronic height adjustment. 28 mm aluminum closures have been processed. The maximum output is 36,000 bottles per hour. Tech Specs: Pitch circle diameter 731.11 mm Number of closing elements 22 Pitch 104,4mm Running direction left-right (clockwise) Material: SST Electronic height adjustment Closures: 28mm aluminum closures Accesories: Six new closing elements Closure sorting unit Spare parts lists and technical documentation Bedpfx Ajl Hxzkjf Ssct

Condition: used, Year of construction: 2007, Overview This wrap-around cardboard packer was built in 2007 by Italian manufacturer Ocme. The machine was installed in a non-returnable glass bottling line. The whole line was dismantled and sold as single machines. The WA packer is properly dismantled and stored. Techn. Details Capacity: up to 60 packs per minute Recently packed: 3x4 cardboard 4x6 cardboard 0,5 L glass bottles 0,33 L glass bottles Other formats possible Bcodpfjtq Dzhjx Af Set

Condition: used, Year of construction: 2012, Used Filling Monoblock CEM 6-6-1 for fermented beer 1000 bph The Used Filling Monoblock CEM 6-6-1 for fermented beer 1000 bph, built in 2012, has an operational system for filling fermented beverages and still wine. Consequently, this machine produces 1000 bottles per hour and maintains high-quality standards through rigorous maintenance and a robust component design. Introduction to the Filling Monoblock The filling monoblock for beer 1000bph integrates three main subsystems to create a continuous, streamlined workflow for washing, filling, and capping operations. Notably, the machine rotates in a clockwise direction, and therefore, this feature positively influences internal flow dynamics and process synchronization. In addition, the filling monoblock 1000bph supports efficient production and minimizes cycle times. General System Specifications of the Used Filling Monoblock CEM 6-6-1 for fermented beer 1000 bph The monoblock processes specific bottle formats with high efficiency. Specifically, it handles longneck bottles with a capacity of 0.33 L and Belgian bottles with a capacity of 0.75 L. Moreover, engineers incorporated 6 dummy bottles for circuit sanitization to ensure strict adherence to hygienic standards. Furthermore, the integrated operation of washing, filling, and capping within a single module enables the machine to achieve the output of 1000 bottles per hour. As a result, production remains highly streamlined and cost-effective. The Rinsing Unit Bcsdpfxevvl Tis Af Sjt The rinsing unit of the Filling monoblock for beer initiates the filling monoblock process and equips itself with 6 grippers to handle each bottle. First, it executes a single treatment cycle for each bottle, and then it cleans every bottle meticulously before the filling process begins. This method upholds high hygienic and quality standards. Additionally, the rinsing unit prevents contamination and promotes reliability in subsequent processes. Technical Aspects of the Rinsing Unit Gripper Configuration: The unit employs 6 grippers that handle each bottle precisely and in a controlled manner. Single Treatment Cycle: The system cleans each bottle individually, which significantly enhances cleaning efficiency and process reliability. Consequently, it improves overall production quality. The Filling System The filling phase uses a configuration with 6 valves evenly distributed along the monoblock, and it applies a gravity filling method with a fixed nozzle. Specifically, engineers designed this configuration to control the liquid flow accurately, and it adapts seamlessly to the different bottle formats—the longneck (0.33 L) and the Belgian (0.75 L). Accordingly, the arrangement of 6 valves and the gravity filling method enable the machine to meet the high throughput of 1000 bottles per hour. Moreover, it minimizes liquid waste and delivers consistent fill volumes, which further enhances the system’s efficiency.

Condition: not inspected (used), Year of construction: 2019, functionality: unexamined, Framax bottling line comprising: Bcodowid Ukspfx Af Sst Framax de-palletiser model Depal-Microlay-300 Framax model Modulblock RFCI-12/12/1-C+RP Rinser Filler Crowner, glass bottles, advised capacity 2,500bph on 275ml bottles Framax LLA-R-SQ-Turbo labeller Framax CIP system model CIP 0500X2 Framax skid mounted de-aerator system (100lt) Siat DX PS50 case taper Line conveyors

Condition: new, Glass cleaning machines have been used for years in restaurants, beer cellars or at the largest folk festivals in the world for cleaning glasses and jugs. Glass cleaning machines are mainly used in the catering industry to facilitate counter operation and provide significant improvements in hygiene. So far, they have been tested and successfully used under the most demanding conditions. The output volume, depending on the type of system, is between 800 and 2,500 pieces per hour. The jars or pitchers are placed on the conveyor belt or in baskets with the opening facing downwards and cleaned in a continuous cycle at an adjustable washing temperature and with detergent. To prevent contamination of the caustic tank, the dripping liquid is fed directly into the channel in the feed zone. In the cleaning tunnel, the glasses are rinsed with detergent and clear water and can be removed hygienically clean at the outlet. Bcjdpoh Tfnfefx Af Sot Get your non-binding offer now.