Rinsing, isobaric filling and capping in one block for pressurised PET bottles.
- Output
- 3,000–24,000 bph
- Container
- PET 0.25–2.5 L
- Filling valves
- 18–80, isobaric
- Filling temperature
- 4–18 °C
- CO2 level
- up to 8 g/L
- Capping
- Plastic cap, torque control
Isobaric filling, carbonation
CSD lines with isobaric filling and dissolved-CO2 control. The product is prepared in a mixer-carbonator and fed to filling under counter-pressure — no gas loss, no foaming.
Mixer-carbonator
Water deaeration, precise syrup dosing, carbonation up to 8 g/L CO2.
Isobaric valve
Purge, pressurised fill, staged pressure release — minimum losses.
Brix stability
In-line refractometer with feedback to the syrup doser.
Isobaric filling, carbonation
Rinsing, isobaric filling and capping in one block for pressurised PET bottles.
Prepares the beverage continuously: deaeration, water-syrup blending at a set ratio, carbonation.
Yes, if the valves are isobaric and a carbonator bypass is provided. We build in that flexibility at the design stage so you don't need a second line.
An in-line CO2 sensor at the carbonator outlet plus lab checks on sampled bottles. Data is written to the batch log.
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.

Container 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.