Bottled Water Filling Line FAQ

Send target capacity, bottle size, cap type, label type, packing method, water type, line scope, country, voltage and workshop information if available.

Choose 3000BPH for smaller local output and 5000BPH when regional distribution or stronger daily production is already expected.

Often yes, but it depends on shift hours, bottle size, market demand and whether labeling and packing can keep up.

Choose 10000BPH when demand is steady, utilities and workshop space are prepared, and downstream packing automation can support higher speed.

Many lines can handle multiple PET bottle sizes with suitable change parts, but bottle drawings should be checked before quotation.

Typical change parts may include star wheels, bottle guides, grippers, filling height adjustments and label or packing adjustments.

You need bottle blowing if you plan to produce PET bottles in-house. If bottles are purchased externally, bottle feeding may be enough.

It depends on your water source and existing treatment system. Many complete line projects include a water treatment interface or treatment system.

A complete line can include water treatment interface, bottle blowing or feeding, air conveyor, rinsing filling capping, labeling, coding, packing and conveyors.

A machine-only quotation usually excludes water treatment, bottle blowing, conveyors, labeling, coding, packing and plant utilities unless stated.

The choice depends on bottle shape, label design, market appearance, speed requirement and packaging budget.

Shrink wrapping is common for bottled water multipacks, while carton packing may be selected for specific distribution channels.

Workshop size depends on capacity and equipment scope. Provide length, width, height, column positions and finished goods direction for layout planning.

Power, compressed air, water supply and drainage should be confirmed after the equipment list and layout are selected.

Timing depends on line scope, local preparation and equipment complexity. It should be confirmed in the quotation and installation plan.

Wear parts, seals, grippers, guide parts, capping parts, sensors and bottle change parts are commonly discussed.

Export packing is project-dependent and should protect machines, electrical parts, spare parts and documents during shipment.

Yes. Bottle drawings, photos or samples help confirm grippers, star wheels, guides, filling height, label position and packing suitability.

Yes. You can ask for 5000BPH and 10000BPH options, or compare nearby capacities before deciding.

Prices vary because scope, valve count, materials, controls, conveyors, labelers, packers, installation support and spare parts can differ.

Common mistakes include comparing only headline price, ignoring downstream packing, missing conveyors, and not checking change parts or utilities.

Common PET sizes include 330ml, 500ml, 1L, 1.5L and 2L, but the final configuration should follow actual bottle drawings.

Yes, the filling line is for still bottled water. Upstream water treatment must match the water source and product requirements.

It is a 3-in-1 machine that rinses empty PET bottles, fills still water and applies caps in one automatic system.

Automatic packing is strongly recommended for many 10000BPH projects because manual handling can become a bottleneck.

It may be too small when daily demand, delivery routes or shift planning require higher output from the beginning.

These capacities are better for established plants with high demand, stronger utilities and planned downstream automation.

BPH means bottles per hour. Actual output depends on bottle size, line efficiency and downstream equipment.

Bottle shape, size difference, cap type, label type, guide adjustment and operator experience affect changeover time.

Air conveyor is commonly used to transfer empty PET bottles from blowing or feeding into the filling monoblock.

Buffer sections help reduce the impact of short stops between filling, labeling and packing equipment.

Possibly. Existing conveyors, labelers, packers, utilities and machine heights should be reviewed before quoting an upgrade.

Provide voltage, frequency and phase, such as 380V 50Hz 3-phase or other local standards.

Provide country and destination port if available so shipping, documentation and packing can be planned.

Yes, but layout and conveyor interfaces should reserve space for future labeler or packing equipment.

Only a rough discussion is possible. A useful quotation needs bottle size, cap type, capacity and line scope.

Machine inspection, electrical checking, filling section checks, conveyor interface and packing protection should be confirmed.

The project details are reviewed and a configuration or follow-up question list can be prepared for quotation.

Yes. Use the download center or RFQ checklist page to prepare the required information.

No. Project scenarios may be used for planning examples, but real customer cases require verified project details.

This website is operated by AllotTech Machinery and focuses on PET bottled water filling line procurement.

The filling line covers bottle handling, rinsing, filling, capping and selected downstream packaging. A complete plant may also require raw-water treatment, bottle production, utility generation, laboratory and quality systems, building work, storage and distribution.

Divide the required good bottles per day by the net production hours available after cleaning, format changes and planned stops. Add a documented growth and operating margin, then verify downstream and utility capacity.

Operator requirements depend on automation, material replenishment, quality checks, packing, pallet movement and shift organization. Ask for operator tasks by line area instead of one generic labor number.

Space depends on equipment scope, conveyor direction, maintenance access, utility rooms, material staging and finished-goods flow. Send workshop dimensions, columns, doors and logistics direction for a preliminary layout.

No. Treatment must follow source-water analysis, intended product and local requirements. RO may be appropriate for some purified-water projects, but it should not be selected without a water-treatment review.

Yes. The line can begin with empty-bottle feeding when purchased bottles are practical. Review transport, storage, hygiene, labor and feeding stability against the alternative of in-house blowing.

Timing depends on confirmed scope, engineering approvals, bottle and pack formats, machine manufacture, testing, packing and logistics. Request a project schedule with buyer approval dates rather than relying on a generic lead-time claim.

The contracted plan may check machine identity, included accessories, workmanship, controls, safety functions, agreed formats and available trial operation. The test basis, materials and recorded evidence should be agreed before inspection.

State the required materials and finish in the technical agreement, identify product-contact boundaries and request applicable material or manufacturing evidence for the actual order. Do not rely on a website statement alone.

Define installation or remote guidance, commissioning, training, travel terms, response method, warranty boundary, spare-parts identification, documentation and the buyer preparation required for support.

Maintenance intervals depend on the machine, operating hours, environment and component instructions. Request model-specific daily, weekly and periodic tasks plus wear-part and lubrication schedules.

Lower-output projects may use manual packing when labor and handling are realistic. At higher output, packing and finished-goods removal should be checked carefully because they can limit the whole line.

Compare a structured technical proposal, company and order documents, live engineering responses, equipment evidence, test plan, references that can be independently checked, and clear responsibility for integrated machines.

Requirements vary by destination. Common project documents include quotation and contract, packing list, commercial and shipping documents, machine manuals, drawings, utility schedule and any destination-specific compliance documents agreed for the order.

Define the reference bottle and acceptance conditions first, then list any additional formats and the checks required for each. Do not assume one headline BPH applies equally to every bottle and pack.