Capacity configuration
2000BPH Bottled Water Filling Line
A 2000BPH bottled water filling line is a starting option for a small PET water operation moving into automatic rinsing, filling and capping. Define how bottles arrive and how labeled, coded packs leave before choosing the machine. Low nominal capacity does not remove the need for suitable product water, hygienic handling and a workable packing route.
Project fit
Who This Capacity Is For
Screen this option against confirmed orders, available operating hours and launch formats, not a universal small-factory size.
- A small producer with a limited launch bottle range and documented daily orders.
- An operation purchasing suitable empty bottles and planning automatic filling.
- An existing manual operation that can verify the speed and condition of retained equipment.
Recommended Configuration
| Main filling machine | Still-water rinsing, filling and capping monoblock; head counts selected from approved formats and required output. |
|---|---|
| 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 | Compact straight or L-shape layout, typically planned after bottle and packing confirmation |
Typical Technical Parameters
| Target capacity | 2000BPH for suitable PET bottle size and stable utilities |
|---|---|
| Bottle volume | Confirm each launch bottle by drawing/sample, closure, handling dimensions and tested format-specific output. |
| 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 | Typical installed power depends on conveyors, labeling and packing options. Compressed air for cap handling, pneumatic control and optional packing equipment |
| Operators | Define staffing from actual replenishment, quality, changeover and finished-pack handling tasks. |
Translate 2000BPH Into a Working Shift
The following calculations use a 500ml reference bottle. They describe planning quantities, not guaranteed equipment output. Net production time excludes the planned stops you have already deducted.
Translate 2000BPH Into a Working Shift - Planning Table
| Quantity | Calculation | Meaning |
|---|---|---|
| Bottle flow | 2,000 / 60 = 33.33 bottles/minute | One bottle arrives about every 1.8 seconds at nominal rate. |
| 12-bottle packs | 2,000 / 12 / 60 = 2.78 packs/minute | The pack-removal route must support this flow before losses. |
| Product water in 500ml bottles | 2,000 x 0.5 = 1,000 L/hour | Not total raw-water demand; rinse, cleaning and treatment losses are additional. |
| Illustrative good shift | 2,000 x 7 net hours x 0.80 = 11,200 bottles | Seven hours and 80% are assumptions, not an offered efficiency. |
Build the Launch Scope Around Purchased Bottles or Preforms
Compare the entire bottle-supply route. Buying empty bottles may avoid a blower purchase, but it introduces incoming storage, handling and regular replenishment. On-site blowing is a separate investment and operating decision.
Build the Launch Scope Around Purchased Bottles or Preforms - Planning Table
| Route | Include or verify | Question before quotation |
|---|---|---|
| Purchased PET bottles | Suitable bottle storage, loading/feeding and a compatible connection to the rinser. | Can the empty-bottle supplier provide the approved neck, body dimensions and delivery quantities consistently? |
| Preforms and blowing on site | Blower, molds, preform handling, air generation/treatment, cooling and bottle transfer. | Who supplies each supporting utility, and who verifies bottle quality after blowing? |
| Retained treatment or packing | Condition, actual duty and integration work for each retained machine. | Does the existing equipment meet the same bottle, water and pack specification? |
Check Manual Packing With a Timed Work Trial
Do not infer that one operator can pack the line because 2000BPH sounds modest. A 12-bottle pack arrives approximately every 21.6 seconds at nominal flow. Collating, wrapping or cartoning, code checks, stacking and material replenishment all compete for time. Assess the actual handling method and safe working conditions; this arithmetic is not a staffing recommendation.
- Observe the full task cycle, including replenishment and breaks, rather than one fast demonstration.
- Identify where bottles or packs can wait without obstructing access or affecting bottle quality.
- Compare a defined manual interface with a compact automatic packing option using sustained good-pack output.
Keep Initial Cost Controlled Without Omitting Required Functions
A single launch bottle and pack can simplify tooling, materials and training. Defer an optional second format or future palletizer only if the launch line can still produce and remove saleable packs. List treatment, bottle supply, labeler, coder, packer, conveyors, utility connections and installation as included, retained or excluded. Use the scope register and price comparison guide.
- Request the electrical and air schedules for the equipment actually selected; do not estimate services from the filler alone.
- Mark drainage, material storage and maintenance access on a measured workshop sketch.
- Avoid treating a spare-parts allowance as a complete list of wear parts and format tooling.
When to Compare 2000BPH With 3000BPH
Under the illustrative seven-hour, 80% basis, 2000BPH produces 11,200 good bottles and 3000BPH produces 16,800. A daily requirement of 14,000 bottles does not fit the smaller example schedule. Compare verified longer operating hours with the 3000BPH option; neither extra hours nor a larger filler resolves an undersized labeler or packer. For mixed formats, use the format-by-format capacity calculation.
Request a Defined 2000BPH Startup Configuration
Send launch bottle and cap details, required good bottles per day, water source, purchased bottles or preforms, label, pack, site utilities and destination. A photograph or sketch can start discussion, with provisional inputs clearly marked. Request a 2000BPH configuration with itemized inclusions and a finished-pack test basis rather than only a filling-machine model.
Buyer questions
Questions Buyers Ask Before Quotation
Does 2000BPH mean 16000 sellable bottles per eight-hour day?
No. 16,000 is the theoretical multiplication before stops and rejects. Seven net production hours at an illustrative 80% good-output factor yields 11,200 bottles. Replace those assumptions with the actual format rates and shift plan.
Can I start a 2000BPH line without a bottle blower?
Yes, if suitable empty bottles are purchased and the storage, loading and feeding arrangement is included. Confirm the bottle quality and neck/closure compatibility before approving the filler.
Is manual packing practical at 2000BPH?
It requires a task-based trial. At nominal rate, a 12-bottle pack arrives about every 21.6 seconds. Include collation, packaging, stacking, replenishment and quality checks before determining staffing or selecting automation.
Can I add another bottle size later?
Possibly, but agree the future dimensions, neck, cap, label and pack now. Request compatible tooling, allowed dimensions and format-specific output; extra volume capacity alone does not establish changeover capability.
What should a low-budget quote still include?
Identify every function needed to deliver a saleable pack, plus necessary guards, approved product-contact requirements, utilities and acceptance work. Retained or excluded items still need an owner and operating solution.
Request a 2000BPH Configuration Review
Send bottle size, cap type, label type, packing method and workshop details. We will check whether 2000BPH is the right planning capacity before quotation.