Up to 12,000 B/H
Isobaric PET rinsing, filling, and capping rated at 500 mL, configuration-dependent across the SLC series.
PET isobaric rinsing · filling · capping
PET CSD (Carbonated Soft Drink) Filler Up to 12,000 B/H for 500 mL.
PET CSD Filler delivers isobaric PET rinsing, filling, and capping for CSD—up to 12,000 B/H at 500 mL, configuration-dependent; soda and cola runs.
12,000 bottles/hRated peak (500 mL)
model-dependentFilling heads
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Since 1995 · CE & ISO 9001 · 150+ countries
CSD Line Capability Highlights
ISOBARIC PET FILLINGCO2 CONTROL & PRODUCT STABILITYRINSE / FILL / CAP INTEGRATIONFACTORY ACCEPTANCE SUPPORTSODA · COLA · SPARKLING CSD
Isobaric PET filling for carbonated soft drinksServo-driven changeovers—per product copyStainless steel product-contact constructionRated capacity band 3,000–12,000 bottles/h (500 mL)
The CSD filling line pairs isobaric PET rinsing, filling, and capping with servo-driven changeovers, CO2 recovery, and stainless steel construction. Per-model mechanical details are listed in the specification table.
Rated peak output
12,000Bottles/h
Filling stations
model-dependent
Model-dependent head counts across the SLC series.
PET CSD (Carbonated Soft Drink) Filler — Rated 12,000 bottles/h
- Rated peak output
- Up to 12,000 bottles per hour (500 mL)
- Filling heads
- Filling heads are model-dependent across the SLC series
- Beverage scope
- Soda, cola, and carbonated soft drinks
Satisfaction Guaranteed
2 Years Quality Warranty
Overseas Engineer Support Available
On Time Delivery GuaranteedCarbonated soft drink filling overview.
This isobaric carbonated-drinks filling machine is described for soda, beer, sparkling water, and kombucha-style carbonates, with emphasis on minimized downtime and container-format flexibility. The points below summarize the line capability, with capacity figures referenced to the model matrix and specification banner.
Isobaric PET filling
Counter-pressure filling keeps dissolved CO2 in solution while bottles move through the isobaric rinse/fill/cap sequence.
Integrated rinsing & capping
Rinsing, filling, and capping are integrated as one continuous soft-drink bottling line to save floor space versus split islands.
Format flexibility
Key advantages include servo motors, stainless construction, and a user-friendly interface for switching container formats—stated here without new numeric guarantees.
Operational Excellence.
3-in-1 monoblock
Rinsing, filling, and capping share one base frame to shorten transfer and stabilize fill height at rated speed.
iBottling-built
Assembled with iBottling components and confirmed through documented FAT/SAT acceptance for each line.
The Core: Rinse. Fill. Cap.
Each step below reuses the photography URLs from the original carbonated soft drink filling line listing so rinsing, filling, and capping imagery stays aligned with the same on-site modules.
Efficient container rinsing
- High-pressure rinsing removes dust and impurities before carbonated product enters the bottle.
- The rinse circuit uses customer-supplied water or media; define quality specs in the RFQ pack.
- Positions bottles cleanly before isobaric filling to protect beverage quality.
Isobaric filling core
- Engineered for carbonated beverages with controls aimed at minimizing foam and CO2 loss.
- Speed control, validation ports, and CO2 recovery are built-in differentiators for carbonated service.
- Maintains carbonation through the fill cycle when utilities and syrup temperatures match project design.
Secure capping
- Applies closures immediately after filling to lock in pressure and shelf life.
- Leak prevention and carbonation retention depend on capping torque and cap family, defined during factory acceptance (FAT).
- Completes the three-function rinsing, filling, and capping block.
Engineering Highlights
- ProcessIsobaric PET rinsing, filling, and capping across the three-station process block.
- ConstructionStainless steel framing with servo-driven changeovers for fast format swaps.
- UtilitiesCO2, chilled product, and customer-supplied rinse media must be defined per project—no extra utility numbers added here
- Quality systemsProject documentation can be aligned to ISO 9001:2015 quality management principles during factory acceptance.
Model matrix values come from the line's specification table. The ISO link explains the standard's intent and is provided for reference, not as an on-page certification.
Model matrix — carbonated soft drink filling line
The model matrix for the carbonated soft drink filling line covers SLC14-12-5 through SLC40-40-12, with washing, filling, and capping heads and production capacity at 500 mL. Figures shown are per model; specifications outside this matrix are not defined for the line.
Head counts — washing, filling, and capping heads per model column.
500 mL capacity band — production capacity 3,000–12,000 B/H (500 ml) across the five models.
Power & weight — machine power 2 kW–5 kW and weight 4,000–8,800 kg, per the specification table.
Footprint envelope — overall dimensions per model, from 2300 × 1780 × 2200 to 4260 × 3120 × 2750 mm.
| Item | Specification |
|---|---|
| Washing heads | |
| Filling heads | |
| Capping heads | |
| Production capacity | |
| Machine power | |
| Weight | |
| Overall dimension (mm) |
Plant layout & line planning
Line layout drawings and envelopes are reviewed during RFQ once the bottle format, capacity, and factory conditions are confirmed. They are prepared per project rather than issued as a fixed template. Explore CSD soda bottling solutions.
CO2 & utility stewardship
Keep carbonation in solution through CO2 recovery and stable utility supply.
CO2 recovery story
The CO2 recovery system reduces gas waste during filling. Actual savings depend on line configuration, utility supply, and operating profile, so treat it as a design feature rather than a guaranteed payback.
Chilled syrup & rinse discipline
Chilled syrup preparation and validated rinse circuits support stable carbonation and clean-in-place cycles. Pair the line with your cooling tower, chiller, and blending assets—see the Related equipment cards.
Carbonated soft drink filling walkthrough.
Related insights for CSD filling lines
Exported to 150+ Countries24/7 Rapid Response SupportTurnkey Engineering Services
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Since 1995 · CE & ISO 9001 · 150+ countries
PET CSD filling machine — FAQ
What capacity can this PET CSD filling machine reach?
The SLC series covers washing, filling, and capping configurations rated up to 12,000 B/H at 500 mL. Final capacity depends on bottle format, cap type, CO2 pressure, utilities, and the scope confirmed in your quotation.
Why does carbonated drink filling use isobaric filling?
Isobaric filling keeps bottle pressure close to the product CO2 pressure during fill, which reduces foaming and stabilizes fill height. For soda, cola, and other carbonated soft drinks this protects gas retention and dose accuracy at rated speed.
What bottle and cap information is needed before quotation?
Share the bottle shape and volume (500 mL is the rated reference), cap type and closure, target capacity, available utilities (water, power, compressed air, CO2), and any recipe or CO2 law limits. These inputs define the model and line scope.
Are layout drawings or technical documents available before purchase?
Project layout drawings and line-layout documents can be reviewed during RFQ once the bottle format, capacity, and factory conditions are confirmed. They are prepared per project rather than issued as a generic download.
What should be confirmed during FAT/SAT?
Capture mechanical FAT, electrical drawings, CIP narratives, and training in the milestone schedule. Acceptance tests for fill height, capacity, and hygiene should be recorded in writing for each line before handover.
