10 series: PET and glass, 2,000–36,000 bph
Filling still and mineral water into PET and glass. A rinser–filler–capper triblock on one frame: a short product path, fewer contamination points, and fast changeover between container formats.
Gravity filling
Valve with electronic level control, dose tolerance within ±3 mL.
Sanitary design
AISI 304/316L stainless steel, dismountable parts with no dead zones, closed-loop CIP.
Format changeover
Switching from 0.5 L to 1.5 L takes 20–30 minutes with a single operator.
10 series: PET and glass, 2,000–36,000 bph
A base machine for launching production: rinser, filler and capping head combined into a single block with a shared drive.
The mid-tier workhorse: 32 rinsing grippers, 32 filling valves and 10 capping heads. All product-contact parts are polished AISI 304/316 stainless steel with no dead zones.
The next capacity step on the same product path: more filling valves and a buffer added ahead of the labeller.
An industrial triblock for round-the-clock operation: 50 rinsing and filling stations, 12 capping heads with a magnetic torque clutch.
A high-output machine with an extended rinsing zone: 60 rinsing grippers against 40 filling valves, giving a sanitary margin on a fast line.
Non-contact filling by mass flow meter: the dose is set in the recipe, no mechanical changeover is needed for a new volume.
A full package for alkaline and ionised water: reverse-osmosis water treatment, mineraliser, ionisation, filling and packing in one loop.
Filling carbonated drinking water: saturator, chilling and counter-pressure filling with CO2-level control in the finished bottle.
A configuration for industrial volumes: preform feed, blowing, filling and labelling synced from a single line encoder.
Returnable or new glass, gentle bottle handling, capping with a crown cap or screw cap.
Yes — the treatment train is sized against a water analysis report from your well or intake. We build that analysis into the technical brief and include the station in the overall line specification.
With a standard configuration, 5–10 working days after SAT: commissioning, operator training and ramp-up to steady output.
Describe the product, the target output and the container — we will come back with a preliminary specification, a budget range and a delivery schedule. If the task covers more than one machine, we will map out the whole line.
Project budget
The price is set by a combination of factors, not a single line item. We build the budget around your task and show the cost structure node by node — no hidden positions.
Output
Target bottles per hour define the machine class: from compact monoblocks to high-speed lines with automatic packaging.
Container and format
PET 0.33–1 L, PET 3–10 L, 19 L polycarbonate, glass — different tooling, capping and conveying.
Water treatment
Raw water analysis defines the train: filtration, softening, reverse osmosis, mineralisation, disinfection.
Automation level
Semi-automatic, automatic, or a line with robotic palletising and SCADA — a different budget and headcount.
End-of-line packaging
Labelling, coding, shrink wrapping, case packing, palletiser — each unit is added when it is needed.
Logistics and commissioning
Delivery, customs, supervised installation, operator training and the service package are part of the final quote.
Publishing average figures would be misleading: projects with similar output can differ several times over. Price is on request, and we quote against your actual input data.
Request a budget estimateContainer format and machine type live in their own sections, so nothing is duplicated here.
See how these machines work inside a complete line, and which engineering services cover the project.
Digital layer
SCADA, MES, OEE monitoring, batch traceability and integration with plant systems — engineered together with the line, not bolted on later.
Move from equipment selection to a turnkey project scope and a budget estimate.
