Water solution / Glass container
Connect water treatment, controlled glass handling, hygienic filling, packing and palletizing as one production route.
Request a line proposalLine overview
Plan the complete line around the actual bottle drawing, closure, water specification and required output. Each handoff is designed to limit glass contact while keeping the filler and downstream equipment balanced.
Production walkthrough
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YouTube master pendingKey features
These are the decisions that directly affect bottle protection, filling quality and whole-line stability.
High-quality components, such as Siemens and Festo. Suitable for a variety of glass bottles, with easy operation and a low fault rate.
CNP or Grundfos pumps—top-quality pumps that ensure stable water dosing. FilmTec or Hydranautics RO membranes—top-quality membranes that ensure filtration efficiency and produce safe, clean water. ABB inverters and Siemens PLCs guarantee stable automatic control.
High-quality filling valves provide a consistent liquid level. High-quality electronic components, such as Siemens and Schneider; pneumatic components, such as Festo, SMC and Airtac; and bearings, such as SKF and NSK, help ensure the stable performance of the machine.
Hot-melt OPP labeling machines, adhesive labeling machines and shrink-sleeve labeling machines are available to meet the different labeling requirements in the market. We can also help our customers design labels.
Besides standard shrink-wrapping machines, we can also provide case-packing machines and half-tray shrink-wrapping machines, offering a variety of packaging solutions.
Different palletizer solutions are available for different production capacities and customized requirements.
Model selection
Glass filler model numbers and published capacities will be added after the manufacturer table is approved. The design below shows exactly which inputs control selection.
Diameter, height, weight and base profile
RequiredCrown cap, aluminium cap or confirmed alternative
RequiredSaleable bottles per hour and shift pattern
RequiredSelf-adhesive, wet-glue or sleeve
To confirmCarton, case or reviewed film format
To confirmLayout, utilities, access and operator plan
To confirmNo PET model data has been reused. Final capacity, footprint, power and staffing will be inserted only from confirmed glass-line specifications.
Process
Hover or select a stage to see its equipment, core functions and the handoff that connects it to the next operation.
1Pretreatment2Membrane system3Hygienic storagePrepare safe, clean process water with pumps, filtration, membrane treatment and automatic control selected from the source-water analysis.
1Pallet infeed2Layer transfer3Bottle dischargeUnload varied glass-bottle formats and transfer them into the line with controlled contact, simple operation and stable bottle discharge.
1Bottle rinser2Filling section3Closure stationRinse empty bottles, fill to a consistent liquid level and apply the selected closure in one automatically controlled process core.
1Bottle infeed2Label station3Inspect & dischargeApply the required label and production code after filling, with the labeling route selected around bottle shape and label material.
1Bottle grouping2Pack loading3Pack dischargeProtect finished glass bottles with standard shrink wrapping, case packing or a half-tray shrink format selected for distribution and retail handling.
1Pack infeed2Layer forming3Pallet outfeedSelect a palletizing solution for the confirmed capacity and customized handling requirement, then build stable loads for warehouse dispatch.
Customer proof
Begin with a delivered PET water line, then explore how layout, integration and product decisions adapt across different markets.
Delivered projectDelivered with water treatment and support for additional pack formats.
Project discussionCustomer team · Indonesia
Conveyors and pasteurization connected around an existing can filler.
Nitrogen dosing selected to support the required fresh-ginger-juice shelf life.
A first carbonated-drink line developed from product and package discussions.
Practical operating and maintenance guidance extends the delivery record beyond installation and commissioning.
FAQ
Early technical questions are collected here so the main production route stays easy to follow.
Start with the required saleable bottles per shift, bottle volume and available production hours. Then allow for cleaning, format changes, planned stops and realistic line efficiency before the filler and downstream equipment are selected.
Yes, but returnable bottles require a different upstream route, normally including crate handling, bottle washing and inspection. The current concept shows the empty-bottle depalletizing route and must be adapted when returnable bottles are confirmed.
Crown caps and aluminium closures are common options. The bottle neck drawing, closure sample, required seal and opening experience must be reviewed before the closing machine is specified.
Glass bottles usually need more protection than PET. Cartons or cases, with dividers where required, are typically reviewed first. A film route should only be selected after bottle stability, contact and transport tests are confirmed.
Use a source-water laboratory report, the target finished-water profile and local regulations. These inputs define filtration, membrane, disinfection, storage and cleaning requirements.
Line inquiry
Send the bottle drawing, closure, water type, output and pack format. These inputs let the engineering team prepare a suitable route and the missing confirmed specifications.
Our team will follow up on the missing glass-line inputs.
