Bottling-Line Guides

Station list · Line types · Container inputs · New formats

Which guide answers which question

What a bottling line is, and what counts as bottling-line equipment

A bottling line is the set of machines and conveyors that turns empty glass, closures, labels and product into filled, closed, labeled, inspected bottles packed in cases on a pallet. In the beverage and food industries, bottling is that packaging stage, not the making of the product itself. The phrase “bottling machine” is used loosely: in some listings it means the filler alone, in others a machine that combines several stations. Before you compare offers, ask which stations a quote covers and which conveyors, controls and change parts are included.

The equipment list below is drawn from the station guides in this section. It names machine types as those guides describe them; speeds and capacities depend on the bottle, closure, product and configuration quoted.

Types of bottling lines: what actually changes the equipment

There is no single standard list of bottling-line types. Lines are usually described by the product they run (“a wine line”, “a sauce line”), but for equipment choice it is more useful to look at the few inputs that change which machines you need. The chart compares them. Each row points to the guide where the sources are discussed.

Automation level is the other common way to describe a line, but our sources do not define a standard scale for it. In practice, a line mixes manual and automatic stations: cased glass can be unpacked by hand, and the wine guide reports one mobile bottler describing hand-fed units alongside automatic trailers. State the level you expect at each station in your request rather than labeling the whole line “semi-automatic” or “automatic”. A line that is still a manual filler, a semi-automatic machine, or a compact configuration is covered in small-scale bottling equipment.

One bottle, six handoffs

A glass bottling line is a chain: depalletizing and infeed, filling, closing, labeling, inspection, and case packing and palletizing, with rinsing, pasteurizing and coding added where the product calls for them. Each machine can look adequate on its own data sheet and still perform poorly in the chain. The planning guide says plans usually go wrong at the interfaces: the bottle must be presented the same way to every machine, buffers must exist, and machines must be able to exchange stop and start signals. The guides below take the stations one at a time, but read them as one sequence.

The pacing machine and the buffers

The planning guide asks you to decide which machine will set the pace of the line. In many plants this is the filler, though it describes that as a design choice rather than a rule. Machines before and after the pacing machine should be able to run at least as fast, so it is rarely starved or blocked. The guide also warns that rated speed on a different container does not carry over, so each supplier’s figure needs a stated basis for your bottle, closure and product. To translate that rated speed into shift good-bottle output across Planned Production Time without double-counting stop, speed or reject losses, use the filling-line output and OEE worksheet.

Buffers are part of the design, not an add-on. The planning guide, drawing on a conveyor maker and an automation integrator, notes that accumulation lets one machine stop briefly without stopping its neighbors, and that too much accumulation can make glass compress, scuff or lose orientation. It lists these locations to discuss:

• Between the depalletizer and the rinser or filler, to cover pallet and tier-sheet exchanges.
• On both sides of the filler.
• Between closing and labeling, especially with a pasteurizer or cooling section.
• Between inspection and case packing, to cover case and divider replenishment.

Where container data enters each machine

The same bottle drawing, closure drawing and label panel feed every station. The table summarizes what each machine guide asks for, so the data can be collected once and shared with every supplier.

The container itself comes first. The bottle specification checklist lists what a usable drawing contains, and neck finishes and closure compatibility explains why a finish designation, not a diameter, links the filler and the capper.

Dependencies that cross stations

Some choices affect machines other than the one they are made for. The closure affects headspace and therefore the fill height the filler is set to. The labeling method depends on the bottle temperature that the filler and any cooling section produce. The label panel shapes what the inspection camera can verify and what the case packer’s partitions touch. Even the lightness of the glass can change how bottles behave at infeed, a point taken up in the guide on lightweight wine bottles. When you collect quotes, ask each supplier which assumptions in the proposal rest on another station’s equipment, and write the answers down.

What changes when a format is added

A new bottle affects more of the line than its volume suggests. The changeover guide lists the infeed screw, starwheels, guide rails, centering bells, capping chucks, labeler platforms and case packer grids, plus inspection recipes and sensor positions. It advises checking the drawing against each item on paper first, running a documented trial with several samples, and keeping a changeover record for each format. Keep untested future formats as open scope, not presented as validated. If a bottle is not yet chosen, the stock vs. custom guide covers sampling and line trials before ordering.

Product-specific questions are answered in the Applications section, for example wine bottling equipment and beer bottling equipment. Once you understand the stations and have collected the data, the bottling equipment RFQ checklist turns it into a request that suppliers can answer on the same basis.