Browse Beer filling items assigned to this category appear below automatically. Request a configuration proposal for your production line.
A beer filling machine fills beer into glass bottles or aluminum cans and closes them under controlled, low-oxygen conditions to protect flavor, aroma and carbonation. Unlike still beverages, beer is sensitive to oxygen and temperature. Filling uses counter-pressure (isobaric) technology with CO2 purging to hold gas and limit dissolved oxygen pickup, while the closure locks in freshness immediately after filling.
The key difference from still beverages is oxygen control. Beer filling uses counter-pressure (isobaric) technology with CO2 purging and low-temperature filling to protect beer flavor, aroma and carbonation.
Choose the packaging format first. It determines the filling machine structure, closure type, conveyor design and downstream packing system.
Glass bottle filling and capping line for craft breweries, premium and small-batch beer.
Low-oxygen aluminum can filling and seaming for lager, ale, craft beer and cider.
Each machine below is assigned to this category. Open a machine for its specification, gallery and inquiry form.
Beer can filling machine with double evacuation and counter-pressure filling to reduce oxygen pickup, for lager, ale, craft beer and cider, capacity 2,24,000 CPH.
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Craft beer bottling machine with rinsing, counter-pressure filling and capping monobloc for glass bottles, for small-batch breweries and premium beer, capacity 1,12,000 BPH.
View Details| Craft Beer Bottling Machine | Glass bottles / Isobaric filling, rinsing and capping / 1,12,000 BPH / Craft, premium and small-batch beer |
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| Beer Can Filling Machine | Aluminum cans / Counter-pressure filling with double evacuation / 2,24,000 CPH / Commercial lager, ale and craft beer in cans |
Balanced filling pressure holds gas and minimizes foaming and product loss for carbonated beer.
Two CO2 purge cycles displace air and reduce dissolved oxygen, protecting beer freshness.
Controlled low filling temperature supports beer stability and aroma retention.
Reliable crown capping or double seaming locks in carbonation and freshness.
Product-contact components are manufactured in food-grade stainless steel.
PLC control, touchscreen operation, variable-frequency control and fault alarms.
Empty bottles or cans are depalletized, rinsed or cleaned, and oriented before entering the filler.
The container is purged with CO2 (and double-evacuated for cans) to displace air and reduce oxygen pickup.
The container is pressurized to match the filler bowl pressure, then beer fills under balanced pressure.
Bottles are crowned or screw-capped; cans are fed with a sterilized lid and double-seamed.
For pasteurized or warm-filled products, a tunnel pasteurizer stabilizes the beer.
Production date and batch are coded, then containers move to labeling, shrink wrapping or case packing.
A beer bottling project with bottle handling, filling, capping or crown sealing, labeling and packing process proof.
A CSD filling project with pressure filling, capping, labeling and packing reference for PET or glass bottle formats.
A PET water line from bottle handling to finished pack output — a complete layout and operating reference.
A complete line can include water treatment, bottle blowing, air conveyor, rinsing, filling, capping, inspection, labelling, shrink packing, carton packing, conveying and palletizing.
Modern Machinery combines filling machine manufacturing, customized line configuration, factory capability, quality control, service response, warranty and project support for international buyers.
A project engineer reviews your requirements and replies within one working day with initial questions, machine scope suggestions and next steps for project discussion.
Yes. After confirming bottle drawing, product type and target capacity, a matched machine test can be arranged and recorded before shipment.
Yes. The final configuration depends on bottle drawings, cap size, label type and required changeover speed. Change parts are available for different bottle formats.
Isobaric filling pressurizes the bottle to match the filler bowl pressure before filling, which prevents CO2 breakout and foaming. Gravity filling cannot handle carbonated products because the pressure drop causes the CO2 to escape violently.
Yes. It is designed for carbonated soft drinks such as soda, cola and sparkling beverages in glass bottles, using pressure filling technology.
Gravity is for still water. Hot filling uses recirculation for juices. Isobaric filling is mandatory for carbonated drinks and beer to prevent gas loss.
Yes. The company can plan solutions based on liquid type, bottle or can format, target capacity, factory layout and packing requirements.
This video focuses on the filling machine. A complete line adds labeling, packing, water treatment, blending and carbonation depending on the project.
For PET water projects, integrating bottle blowing can reduce bottle logistics and improve line flow when factory space allows it.
Provide bottle volume, bottle diameter, bottle height, cap type, target output, beverage type, voltage and whether you need upstream washing or downstream packing.
Some models support quick changeover between PET and glass, but the neck-handling system and capping heads need to be configured for both. We recommend specifying your bottle types upfront so we can supply the right change parts.
Yes. After the initial email exchange, a project engineer can connect by WhatsApp, phone or video meeting to discuss machine scope, layout and project details.
Standard configurations ship in 45-60 days. Custom or high-capacity lines may take 75-90 days for manufacturing plus 15-30 days for sea freight depending on the destination port.
Yes. Glass bottles are heavier and often require different bottle handling, guide rails, cap options and infeed/outfeed protection.
Quality support can include manufacturing inspection, machine running test, FAT records, photos, videos and shipment checks.
Yes. Modern Machinery provides customized 2D and 3D plant layout planning tailored to facility dimensions, container type and target BPH.
Yes. After confirming product, container, capacity and factory dimensions, Modern Machinery can prepare a preliminary layout direction, machine list and budget range for purchasing review.
Factory floor plan, power supply, compressed air, water treatment interface, drainage and operator access should be confirmed before shipment.
The test reference is 8,000-12,000 BPH; the final speed depends on bottle size, cap type and product.
Service can include installation support, maintenance guidance, spare parts support, timely response and warranty service depending on project scope.
Yes, our engineers travel to your site for mechanical installation, electrical commissioning, operator training, and production trial runs. We also offer remote video support for ongoing troubleshooting.
Please prepare your liquid type, packaging vessel, expected BPH, bottle or can size, factory dimensions and local voltage standard.
Yes. A similar project plan can be prepared after the buyer shares product type, bottle size, target capacity and factory dimensions.
Factory visits are welcome. Running line videos and project case references are also available to help you evaluate machine quality and project execution before visiting.
Yes. It can be integrated with water treatment, syrup mixing, carbonation, bottle washing, labeling, packing and conveying systems.
Yes. Modular line planning allows future upstream and downstream upgrades.
We maintain a comprehensive spare parts inventory and ship express worldwide. Each machine comes with a recommended 12-month spare parts list, and we can also prepare custom spare parts packages based on your production volume.
Modern Machinery can recommend the suitable beer filling machine and prepare a preliminary machine list, line layout and quotation.
Tell us your product, container and target capacity. Our engineers will recommend a configuration, prepare a layout and send a quotation.
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