Beer Filling Line
Modern Machinery uses vacuum filling to cut oxygen contact during filling. This extends beer shelf life and improves fill accuracy. The line handles glass bottles and aluminum cans at 1,000 to 15,000 BPH.
What is a Beer Filling Line
A beer filling line is a complete production system that fills, seals, and packs beer into glass bottles or aluminum cans.
At Modern Machinery, the line starts with empty container handling and ends with sealed cartons. The core machine is a 3-in-1 monobloc that rinses, fills, and seals. The filling method uses a vacuum principle. A vacuum pump removes air from the container before filling. This step lowers Dissolved Oxygen (DO) pickup to below 0.5 mg/L. Low DO keeps the beer fresh longer and stops stale flavors. The line also includes a pasteurization tunnel to kill yeast and a packer to group final products. We supply standalone fillers and full turnkey projects.
Beer Line Layout – 10 Machines in Sequence
The drawing below shows the standard floor plan. The conveyor connects each machine in this fixed order. Review the sequence before you request a quote.
Key machines in a Beer Bottling Line
Automatic Depalletizer
This machine removes empty glass bottles or aluminum cans from wooden pallets. It feeds containers onto the conveyor belt.
Clamping Conveyor
The clamping belt holds bottles or cans gently during transport. This design prevents jams and keeps the line running.
3-in-1 Beer Filler
The monobloc integrates rinsing, vacuum filling, and sealing. For glass, it applies crown caps. For cans, it seamed ends.
Pasteurization Tunnel
A multi-zone spray tunnel heats the filled beer to a set PU (Pasteurization Unit) value. This step destroys residual microorganisms.
Air Dryer
High-speed air knives blow water off the bottles and cans. Dry containers move to the labeler and coder.
Automatic Labeling Machine
This unit applies wrap-around adhesive labels to glass bottles. The line can skip labeling for pre-printed cans.
Ink Jet Printer
The printer marks production dates, batch codes, and barcodes on each package for traceability.
Automatic Carton Packer
This machine groups bottles or cans into fixed patterns (e.g., 4×6). It loads the group into the open carton.
Carton Erector
The erector takes flat cardboard blanks. It folds and glues them into open boxes for the packer.
Carton Sealer
This unit folds the top flaps and applies adhesive tape. The sealer outputs closed cartons ready for warehousing.
Key Specifications for Your Beer Line
Send these details to our engineering team. We will match the line to your factory space and production targets.
| Product Type | Beer (Lager, Ale, Stout, Pilsner), Cider, and Malt Beverages |
|---|---|
| Container Formats | Glass bottles (returnable and one-way) and aluminum cans (2-piece and 3-piece) |
| Output Capacity | 1,000 to 15,000 BPH (bottles or cans per hour). Capacity depends on container size and model. |
| Filling Principle | Vacuum filling (negative pressure system) |
| Filling Accuracy | ± 1.0 ml per container (level or volumetric fill) |
| Dissolved Oxygen Pickup | ≤ 0.5 mg/L |
| Container Diameter Range | 50 mm to 115 mm |
| Container Height Range | 120 mm to 340 mm |
| Sealing Types | Crown cork, screw cap (twist-off), aluminum roll-on cap, and easy-open can lids |
| Rinsing Medium | Sterile air or filtered water |
| Contact Parts Material | Stainless Steel 304 and 316. Sealing gaskets are food-grade |
Features of the 3-in-1 Vacuum Filler
The rotary vacuum pump pulls air out of each bottle or can before the fill cycle. This action reduces Total Package Oxygen (TPO). Beer stored with low TPO stays fresh for more months.
Each filling valve uses a flow meter or a level probe. The valve stops the flow when the container reaches the set volume. This precision reduces product giveaway and saves money.
Photoelectric sensors sit at the infeed starwheel. If a bottle or can is broken or missing, the sensor sends a signal. The corresponding valve stays closed. This feature stops beer spills and keeps the floor dry.
Modern Machinery supplies change parts for both container types. Operators swap the grippers, starwheels, and sealing heads (crowners or seamers). The changeover takes under two hours.
The machine grips each bottle upside down. Spray nozzles blow sterile air or water into the container. This step removes dust and particles before filling.
The filler's exit starwheel matches the speed of the pasteurizer infeed conveyor. This synchronization prevents back-pressure and avoids bottle-to-bottle impact.
All pipes, manifolds, and the filling bowl have CIP connections. The operator runs an automated cleaning cycle between production runs. This design reduces manual cleaning time.
The conveyor drives and the vacuum pump use frequency converters. These motors adjust speed based on the line load. This design lowers electricity use compared to fixed-speed motors.
Project workflow from formula to installation
Recipe and Container Review
Modern Machinery's engineers check your beer recipe (carbonation level, viscosity) and your container specifications (diameter, height, cap/lid type). We confirm the pasteurization PU requirement for your recipe.
Factory Layout Drafting
Our CAD team draws the 2D floor plan. The drawing marks each machine position, conveyor length, and utility connection points (steam, compressed air, power, and water).
Manufacturing u0026 FAT
We build the line in our factory. We invite you to the Factory Acceptance Test. During the FAT, we run your actual bottles or cans through the vacuum filler to measure DO levels and fill accuracy.
Installation u0026 Training
Our service engineers go to your site. They oversee the mechanical installation and electrical hook-up. They then start the line and train your operators. We hand over a spare parts list and a maintenance schedule.
Real Beer Production Line Videos
Beer Bottling Line Customer Case Video
A beer bottling project with bottle handling, filling, capping or crown sealing, labeling and packing process proof.
Carbonated Soft Drink Bottling Line Case Video
A CSD filling project with pressure filling, capping, labeling and packing reference for PET or glass bottle formats.
Complete PET Bottle Water Bottling Plant Case Video
A PET water line from bottle handling to finished pack output — a complete layout and operating reference.
Explore our completed beer filling line projects
Choose Your Beer Line by Capacity, Container, and Carbonation
By Hourly Output (BPH)
- 1,000 – 4,000 BPH – Use this range for microbreweries and brewpub operations.
- 5,000 – 10,000 BPH – Use this range for regional brands that distribute to multiple cities.
- 10,000 – 15,000 BPH – Use this range for large-scale breweries with national or export orders.
By Container Type
- Glass Bottles – Choose glass for a premium brand image and for returnable bottle schemes (lower packaging cost per cycle).
- Aluminum Cans – Choose cans for lightweight shipping and 100% light protection (no skunking). Cans are also fully recyclable.
By Filling Pressure
- Standard Vacuum Fill – Suitable for standard lagers and ales with moderate carbonation (up to 2.7 volumes of CO₂).
- Counter-Pressure Option – Required for wheat beers or high-carbonation craft brews (above 3.0 volumes) to control foam during filling.
Frequently Asked questions
What makes vacuum filling better for beer?
Vacuum filling removes air from the container before beer enters. This action cuts the Dissolved Oxygen (DO) level below 0.5 mg/L. Low DO stops oxidation. Oxidation causes the wet cardboard smell and cloudy appearance in old beer. Vacuum filling keeps the original taste for a longer period.
Does the same machine handle both glass bottles and aluminum cans?
Yes. The 3-in-1 monobloc accepts both formats. You swap the bottle grippers, the starwheel guides, and the sealing turret (crowners go out, seamers go in). The change takes about 1.5 to 2 hours.
How does the u0022No Bottle No Fillu0022 system work?
A fiber-optic sensor sits at the entrance of the filling turret. The sensor checks for a container at each position. If the position is empty, the sensor sends a stop signal to that specific filling valve. The valve stays closed and saves the beer.
Do I need a water treatment unit for the rinser?
No. The rinser can use sterile air, which passes through a HEPA filter. If you prefer wet rinsing, we can connect the machine to your existing purified water loop. We do not require a separate treatment plant for the rinser.
What pasteurization level does the tunnel provide?
The tunnel uses three temperature zones: pre-heating, main sterilization, and cooling. The system applies a controlled PU (Pasteurization Unit) value between 5 and 15 PU. This range kills yeast and bacteria without changing the beer flavor. The cooling zone prevents thermal shock to glass bottles.