What Drives Combiblock Price — A Cost Structure Breakdown

1. Why there is no single combiblock price

A combiblock is configured to an order, not pulled from a shelf, so two quotes that look similar can differ by a wide margin for good reason. Capacity, whether the machine blow-fill-caps in one block, the filling technology, the product type and the options added all move the number. The first job in reading a price is to confirm the two quotes describe the same machine; if they do not, the comparison is meaningless and the cheaper one is usually just thinner.

Treat price as the sum of drivers, not a single figure to shave. The rest of this page breaks the cost into the parts that move it, so you can see what you are paying for and where you can adjust the configuration without losing what the line has to do. The aim is a defensible number, not the lowest one.

2. Capacity band is the first driver

Rated output in BPH sets the size of the blower, the filler and the capper, and most of the cost scales with it. A 6,000 BPH block and a 48,000 BPH block are different machines in scale, not the same machine with a different setting, so capacity is the multiplier every other driver sits on top of. Choose the band from the running requirement and the near-term growth, not the peak day you might run once a year.

Over-specifying capacity is the expensive mistake; you pay for carousels and cavities you do not use. Under-specifying is worse, because the line cannot reach the output the business needs. The bands and the selection logic are in the capacity selection guide, and they are the place to start before any price conversation.

3. Block vs separate line

Whether the line blow-fill-caps in one block or runs a separate blower, rinser-filler-capper and conveyor between them changes both the machine price and the surrounding cost. The block removes the air conveyor and shortens the footprint and the operator count; the separate line is more flexible across a broad bottle range and easier to reconfigure. The trade-off is laid out in combiblock vs separate line.

On price alone the two can sit close at equal capacity and product, but the block usually wins on total installed cost once floor, conveyor and labour are counted, while the separate line wins where the SKU range is wide and the changeover frequency is high. The right answer is a function of your mix, not a fixed rule, and the decision should be made before the quote is shaped.

Footprint and utility tie-in are easy to forget in a price comparison. The block's shorter length needs less building and less air conveyor, which lowers civil and utility cost at the site; the separate line needs more floor and the conveyor run between machines, and those metres are real money at install. The site-side cost sits in the installation timeline, and it is part of the separate-line saving that the machine quote never shows, so count it before you conclude the block is the dearer option.

4. Filling technology

The filler type sets accuracy, flexibility and cost. Volumetric and mechanical fillers are the simpler, lower-cost ends; flow-meter and load-cell systems add sensing and control for tighter tolerance and easier product change; isobaric filling for CSD adds valve and pressure-control cost. More capable systems cost more up front and can return it in saved product and rework across the line's life, so the choice is a tolerance-and-product decision, not a spec contest.

Match the technology to the product and the fill tolerance you actually need. A still-water line does not need the same valve set as a CSD line, and a juice hot-fill line needs a different thermal and valve arrangement again. Paying for capability you will never use is as wasteful as under-buying and living with drift; the product section below shows where each technology belongs.

5. Product type adds modules

The product decides which modules the block must carry. Still water is the baseline; CSD adds isobaric filling and a stronger carbonation path; juice and tea add hot-fill temperature control and often a different valve family; edible oil adds load-cell weighing; large-format 5 L adds a different handling and capping set. Each addition is real cost, and a quote for still water says nothing about the same block built for CSD or hot-fill.

Be honest about the full product range up front. A block scoped only for today's product costs less now and more later when the second product needs a valve family the first did not; a block scoped for the range you will actually run is the cheaper machine over its life. The range decision feeds straight into the filling-technology and capacity choices above.

6. Automation, options and build standard

Options are where two quotes quietly diverge. A labeller or sleeve labeller, a depalletizer, a turnkey conveyor and a packing line are separate cost centres that may or may not be in the machine quote; a turnkey scope that delivers a working line costs more than a machine-only scope but moves integration risk to the supplier. Decide what you want to own versus what you want delivered running, because that choice is most of the price difference between two offers.

Build standard is the quieter driver: frame material, the controls platform, the grade of bearings and sensors, and the brand of the components that wear. A stronger build standard costs more and lasts longer with lower maintenance, which is why it shows up again in the ownership cost rather than the ticket. The wear-part picture behind the build is in combiblock maintenance and wear parts.

7. Price is the start, ownership is the cost

The purchase price is the smallest part of what the line costs. Energy over its life is set by the block architecture and the drives, covered in combiblock energy and utilities; changeover time is set by the format and product design in combiblock changeover; maintenance is set by the build standard and the wear-part plan; and install plus shipping are in combiblock installation and commissioning and shipping, installation and commissioning. A cheaper machine with weak drives, slow changeover and short-life parts is often the dearer line by year three.

When you compare two offers, build the total cost of ownership on the same running hours, product mix and utility price, and let the ownership number decide. The supplier's delivered references matter more than the headline, because a line running at a quoted reference plant is a line you can trust to run at yours.

8. What to ask for in the quote

Ask for a line-by-line scope, the capacity and product it covers, the filling technology, the included and excluded items, the utility figures, the install and training, and the warranty and service terms. Put them in the contract so the price means the same thing to both sides and the acceptance is measured against the same spec at FAT and at site, in quality control and FAT. The block family and its configuration options are in the combiblock range, which is the catalogue to shape the quote against.

Frequently asked questions