How Much Does a Beer Canning Line Cost? Numbers for Craft Brewers

A beer canning line cost typically ranges from USD 18,000 to USD 80,000 for a stand-alone can filler with integrated seaming, and from USD 60,000 to USD 200,000 for a complete automatic line. Head count, can format, seaming integration and the automation around the filler move the number more than the brand does.

How Much Does a Canning Line Cost by Head Count?

A stand-alone can filling and capping machine costs between USD 18,000 and USD 80,000 depending on head count — roughly USD 11,000 to USD 15,000 for every additional 100 cans per hour of rated output. Each filling head on our can machines is rated at 50 cans per hour, so the head count you buy is the single largest line item in the quote, and it is also the easiest one to oversize.

The table below sets out the beer canning line cost you should expect to see quoted for each configuration, what the machine actually includes at that level, and what you give up by staying at it. The ranges are indicative market ranges drawn from published peer listings for can filling and seaming equipment, not a quotation from any one supplier — quotations for the same headline specification vary widely, which is the subject of the next section.

The pattern in those bands is worth reading carefully, because it explains most of the quote spread that craft brewers see. Equipment cost tracks rated capacity almost linearly across the stand-alone range — about USD 120 per can per hour — and then drops sharply once you buy a line rather than a machine. Head count is a linear cost. Integration is a step change.

What Does the Headline Price Leave Out?

Seaming is the first thing the headline price leaves out. Filling and seaming are two separate operations: the filler dispenses product into the open can, and the seamer then closes it by forming a double seam between the can end and the can body. Many machines combine both in one unit, which avoids transferring open cans between stations and the oxygen pickup that comes with it. If you are comparing a filler-only quotation against a combined can filling and capping machine, you are not comparing the same thing, and the seamer is where the difference in price sits.

The rest of the gap comes from the options that turn a machine into a production system:

● Integrated seaming and seamer change parts. Seam quality is set by the seamer, not the filler — roll and chuck condition, the timing of the first and second operation, lubrication and can/end compatibility. Change parts are specific to your can end, so the same machine costs different amounts depending on what you actually run.

● Can rinsing. Rinsing before filling removes dust and debris from new cans. On our canning line the can rinsing and loading platform is quoted with the filling and sealing machine, and it can be added as an option when the filler is bought as a stand-alone machine.

● Drying, coding and labelling. A blow-dryer, a laser coder and a labeller are separate stations. On a stand-alone machine they are usually manual steps; on a line they run inline.

● The valve set. Carbonated products need isobaric (counter-pressure) filling to hold CO₂ in solution and suppress foaming; still products use a simpler gravity or volumetric fill, which is faster per can. The valve set is the changeable element, so the same machine body can be configured either way — but the specification you pick changes the price.

● Material and control choices. Product-contact parts are food-grade SUS304 as standard, with SUS316 available. Control is PLC or semi-automatic depending on the model, and the air demand only applies if the machine is pneumatic.

● Freight, installation and utility preparation. None of the published ranges above include shipping, commissioning or the compressed air, water and drainage a canning area needs.

Two configurations with the same head count can therefore sit at opposite ends of the same band. A 6-head machine bought as a filler alone, running one still product on one can format, is a different purchase from a 6-head machine with integrated seaming, a rinsing platform, isobaric valves for a carbonated core range and change parts for two can ends.

What Specifications Do You Get at Each Head Count?

Rated output is fixed at 50 cans per hour per filling head, so a 4-head machine fills and seams up to 200 cans per hour on 330 ml and 500 ml aluminium cans, a 6-head up to 300, a 8-head up to 400 and a 10-head up to 500. Actual output moves inside that figure with the product and the package: still products fill faster than carbonated ones because isobaric filling takes longer per can, and 500 ml cans reduce the figure slightly against 330 ml.

The specification table below is the published configuration for our can range. Where a value is marked as issued with the quotation, the drawing and utility schedule are produced against your can and your local power supply rather than published as a single figure — dimensions and installed power vary with the conveyor length and the options you select, and a wrong dimension published here would cost you floor space you cannot recover.

One structural point matters more than any single row. The filling principle and many components are shared across the 4, 6, 8 and 10-head can machines, so moving up a head count generally means changing the filling head assembly, the drive and the seamer change parts rather than replacing the machine. That is what keeps the cost of the next step down to the USD 11,000–15,000 per 100 cans per hour in the price table, instead of the price of a second machine.

Why Does a Canning Line Cost More Than a Bottling Line?

A canning line costs more than a bottling line at the same output because the seamer adds a second precision process downstream of the filler. On a bottle line the cap is applied and the package is closed in one step at the capper; on a can line the product is filled into an open container and the container is then closed by a double seam, which is the only barrier between your product and the outside air.

That seam is judged two ways — externally by non-destructive visual and dimensional checks, and internally by tearing down the seam and measuring the overlap between cover hook and body hook. Overlap is the critical dimension, and it is set by the seamer rather than the filler. On a multi-head seamer the critical discipline is to record seam dimensions per seamer head rather than per shift, because a single worn head produces defects at a fixed interval — every 4th, 6th or 8th can — and can be missed entirely by sampling that happens to align with the head count.

Two further differences add cost on the can side. Carbonated beer needs isobaric filling and CO₂ purging to keep dissolved CO₂ in solution and hold oxygen pickup down, which is a more expensive valve set than a gravity filler. And can format changes need both filling format parts and seamer change parts, because the seamer is set to the end specification rather than to the can diameter alone.

Is a Canning Line Worth It for a Craft Brewery?

A canning line pays back fastest when you are currently paying a mobile canner, because that cost is entirely variable. Mobile canning is priced per case — commonly in the range of USD 3.00 to USD 4.80 per case across the market — so the comparison is a fixed machine cost against a per-case fee, and the crossover is set by your annual volume rather than by the machine.

Work the arithmetic on a 6-head machine. At 300 cans per hour and 1,000 operating hours a year, that is 300,000 cans, or 12,500 cases of 24. At USD 4.00 per case, the mobile canning you replace is USD 50,000 a year. The machine itself sits in the USD 25,000–45,000 band above. On that volume the equipment is recovered well inside the first year — before labour, utilities, cans and consumables, which is where the honest comparison continues. Below roughly 100,000 cans a year the same machine is carrying the same price over a quarter of the volume, and a manual machine or a mobile canner usually wins.

That crossover is the practical answer to the beer canning line cost question. The machine is not expensive or cheap in the abstract; it is expensive or cheap against the volume you can actually put through it.

What Should a Craft Brewery Budget For in Year One?

Budget the beer canning line cost plus roughly a quarter to a third again for everything around it. The machine is the visible part of the purchase; the rest is what decides whether it runs at rated output from day one or sits idle waiting for cans.

The items that are regularly left out of a first canning budget are the same ones every time: the utility connections (compressed air at 0.4–0.6 MPa for a pneumatic machine, plus water supply and drainage if rinsing is included), the floor area and route for pallets and sleeves on the infeed side, a staging area for the format parts you are not running, seam inspection tooling and the training to use it, and freight and commissioning. One operator is sufficient across the whole range, but at 400 cans per hour and above it becomes worth arranging can infeed and packed output as routes so the crew is not moving sleeves or trays by hand.

If you are weighing a can format against your existing bottled range rather than committing to a dedicated line, our can filling machine range covers manual, 4, 6, 8 and 10-head machines, and the can filling and capping machine at 6 heads is the level at which the seamer runs continuously rather than in bursts. For producers who want to package the same product in more than one format, a bottle and can filling and capping machine does both in one system. If you already know your can specification and target cans per hour, send them to us through contact DESIMY and we will reply with a configured quotation within 12 hours — and if you are still sizing the decision, the craft brewery filling solutions page sets out how the equipment changes between nano, micro and commercial brewery scale.

DESIMY has been manufacturing filling equipment since 2012 from a 5,000 ㎡ plant, with more than 300 installations. A recent example in the can range is the France 6-head can filling machine supplied to a producer packaging beer, spirits and wine on the same site.

Frequently Asked Questions

What is the difference between a can filling machine and a can seaming machine?

Filling and seaming are two separate operations. The filler dispenses product into the open can; the seamer then closes it by forming a double seam between the can end and the can body. Many of our machines combine both in one unit, avoiding oxygen pickup from transferring open cans. Seam quality is set by the seamer, not the filler.

How many cans per hour can a 4, 6, 8 or 10-head machine run?

On 330 ml cans a 4-head machine fills and seams up to 200 cans per hour, a 6-head up to 300, an 8-head up to 400 and a 10-head up to 500. Still products run faster than carbonated ones, because isobaric filling takes longer per can, and 500 ml cans reduce the figure slightly.

Which can sizes can the machine run?

330 ml and 500 ml cans run as standard, with can heights from 50 mm to 350 mm; the common 202, 204 and 211 body diameters are covered by seamer change parts. Sizes are set by changeable format parts, so one machine runs more than one format. Send your can specification and we will confirm the change parts.

Do I need a can rinser before filling?

Rinsing removes dust and debris from new cans before they are filled, so it does not end up in the package. The can rinsing and loading platform is quoted with the filling and sealing machine, and can be added as an option when the filler is bought stand-alone. Manual handling also risks re-contamination before the fill.

How much does a can filling machine cost?

Cost depends on head count, can format, whether seaming is integrated and whether you add rinsing, drying, coding or labelling, because those options change the machine substantially. Across published market listings the range runs from about USD 18,000 for a 4-head machine to USD 80,000 for a 10-head, with complete lines above that.