Production role
regional distribution, supermarket bottled water and steady single-shift production
Capacity configuration
5000BPH Bottled Water Filling Line
A 5000BPH bottled water filling line is typically selected for regional distribution, supermarket bottled water and steady single-shift production. The configuration is customized according to bottle size, water type, label style and packing method.
01
Treatment
02
Blowing
03
Air Conveyor
04
Rinsing
05
Filling
06
Capping
07
Labeling
08
Packing
Project fit
Who This Capacity Is For
This capacity is usually discussed when buyers need stable automatic production with practical labeling and packing choices.
- PET bottled water production with a target output around 5000BPH.
- Projects that need automatic rinsing, filling and capping in one machine.
- Buyers comparing filling machine only versus complete line supply.
- Plants that can provide bottle size, cap type, label type and workshop layout for quotation.
Recommended Configuration
| Main filling machine | 16-16-5 or similar 3-in-1 monoblock |
|---|---|
| Water type | Purified water, mineral water or other non-carbonated bottled water |
| Bottle handling | Air conveyor for empty PET bottles and flat conveyor for filled bottles |
| Labeling | Sleeve, OPP or adhesive labeling according to packaging design |
| Packing | Shrink wrapping, carton packing or other market-specific packing option |
| Line layout | Requires planned conveyor buffers between filling, labeling and packing sections |
Typical Technical Parameters
| Target capacity | 5000BPH for suitable PET bottle size and stable utilities |
|---|---|
| Bottle volume | Common 330ml to 2000ml PET bottles, confirmed by sample or drawing |
| Bottle neck | Customized according to neck finish and cap size |
| Filling method | Gravity or micro-negative pressure filling for still water |
| Control system | PLC and touch screen control, configured by project requirements |
| Power and air | Calculated from filling machine, conveyors, labeler, date coder and packing system. Air supply should be sized for cap sorting, pneumatic devices and selected packer |
| Operators | Operators usually cover line monitoring, material replenishment and finished pack handling |
Process flow
Production Process Flow
Water Treatment
Bottle Blowing
Air Conveyor
Rinsing
Filling
Capping
Labeling
Coding
Packing
Cost Factors to Confirm
| Capacity and valve count | The filling machine model is selected around target BPH and bottle size. |
|---|---|
| Bottle and cap samples | Bottle shape, neck finish and cap dimensions influence grippers, stars and guides. |
| Label and packing style | Sleeve, OPP, adhesive label, shrink pack and carton pack options change the quotation. |
| Water treatment scope | Purified, mineral or spring water projects may require different upstream equipment. |
| Layout and utilities | Conveyor length, drainage, power, compressed air and operator access should be checked against the plant. |
| Destination and shipping | Destination country affects packing, documentation, shipping plan and spare parts preparation. |
Bottle Size Compatibility
| Bottle material | PET bottles for still water |
|---|---|
| Bottle volume | Normally 330ml, 500ml, 1L, 1.5L and 2L; final range depends on bottle shape |
| Cap type | Plastic screw cap, confirmed by cap sample or drawing |
| Change parts | Bottle stars, guides and grippers are selected according to bottle dimensions |
Options
Optional Equipment
Bottle blow molding system
Water treatment system
Cap elevator and cap sterilizing option
Sleeve labeler, OPP labeler or adhesive labeler
Inkjet or laser date coder
Shrink wrapping machine
Carton packing machine
Bottle inspection and reject station
Conveyor buffer and accumulation table
Palletizing support equipment
Typical Use Case
A 5000BPH line is often the practical middle point for regional bottled water production because it can support real distribution volume while still keeping layout, utilities and labor manageable.
Procurement focus
stable automatic production with practical labeling and packing choices
Machine Only vs Complete Line for This Capacity
Ask suppliers to separate the core rinsing filling capping machine from conveyors, treatment, labeling, coding and packing equipment so quotations can be compared clearly.
Scope Decision
| Machine only | Best when the plant already has compatible conveyors, water treatment, labeling or packing equipment. |
|---|---|
| Complete line | Recommended when this is a new bottled water project or when line balance and layout need to be engineered together. |
| RFQ note | Send bottle size, cap, label type, packing method and workshop dimensions before requesting the final quotation. |
Labeling and Packing Options
Sleeve labeling, OPP labeling or adhesive labeling can all work, but shrink packing speed and finished pack handling should be checked against the filling output.
- Sleeve label, OPP hot melt label or self-adhesive label according to bottle and market design.
- Inkjet or laser coding for date, batch or traceability information.
- Shrink wrapping, carton packing or manual packing interface according to labor and distribution plan.
Utility and Layout Considerations
At 5000BPH, downstream labeling and packing begin to matter more. Conveyor buffers should be planned so short stops do not immediately stop the filler.
- Confirm workshop length, width, height, columns and finished goods direction.
- Check water supply, drainage, compressed air and electrical load before installation.
- Reserve operator access and maintenance space around the monoblock, labeler and packer.
Common Mistakes When Choosing This Capacity
Avoid these procurement mistakes before confirming the final bottled water filling line configuration.
- Choosing 5000BPH without checking whether the labeler and shrink wrapper can match the real output.
- Underestimating conveyor buffer between filling, labeling and packing.
- Comparing a machine-only quotation against a complete-line quotation.
5000BPH vs 3000BPH Bottled Water Filling Line
Choose 5000BPH when regional sales volume, delivery routes or shift planning require more output than a small local line can provide.
Capacity Comparison
| Production role | 3000BPH fits local production; 5000BPH is better for regional distribution and stronger daily output. |
|---|---|
| Layout impact | 5000BPH needs more attention to conveyor buffer, labeler speed and packing flow. |
| Investment logic | 3000BPH can reduce first investment; 5000BPH can reduce the need for an early upgrade if demand is already proven. |
5000BPH vs 10000BPH Bottled Water Filling Line
Choose 10000BPH when the plant needs industrial output and has space, utilities and downstream automation ready for higher speed.
Capacity Comparison
| Best fit | 5000BPH suits small to medium factories; 10000BPH suits higher daily output and more continuous operation. |
|---|---|
| Downstream need | 10000BPH places stronger requirements on labeling, packing, conveyors and finished pack handling. |
| Planning risk | Moving to 10000BPH too early can create unnecessary layout and utility pressure if sales volume is not ready. |
Internal links
Related Procurement Pages
FAQ
Bottled Water Filling Line FAQ
Is the 5000BPH line a fixed standard model?
No. The capacity is a target output. The exact rinsing, filling and capping model is selected after confirming bottle size, cap, water type and required packaging.
Can the 5000BPH bottled water filling line be supplied as a complete line?
Yes. It can be quoted as a filling machine only or as a complete line including treatment, conveyors, labeling, coding and packing equipment.
What should I send to receive a quotation for this capacity?
Please send bottle size, target capacity, water type, cap type, label style, packing method, country and workshop layout if available.
Request a Bottled Water Filling Line Configuration
Send your bottle size, target capacity and country. We will prepare a bottled water filling line configuration and quotation.