Check applicable objects first
Bottles, jars, and similar rigid containers that can be stably conveyed and positioned; bottle mouth, body, bottom, and closures confirmed with actual samples
Bottle jar filling and closing complete line
Bottle and Jar Filling, Capping and Sealing Line
For projects that combine bottle or jar filling, cap handling and sealing, build the line around the actual product and closure. Match the filler to flow, foam, particles, temperature and cleaning requirements; check feeding and closing separately for plugs, pumps, flip-top caps or screw caps. Foil sealing, labelling, coding, checkweighing, inspection and case packing are project options.
Real equipment materialsMulti-station complete line integrationParameters confirmed per project
Factory equipment photos
Actual equipment photos from the factory. Confirm the final configuration with the containers, product, sample trials and agreed equipment scope.
First see real working conditions
First clarify the process and interfaces, then determine each station
Please provide actual containers and closures, product data, filling volume range, sealing requirements, process flow diagram, workshop layout, and acceptance criteria.
Packaging materials and process must match
Bottle caps, pumps, press-fit closures, screw caps, and optional mouth cap foil must be verified together with the container and closing process; bottle feeding and positioning, metered filling, optional cap sorting, press or screw capping, optional mouth sealing, discharge
Optional modules are not standard
Optional bottle unscrambling, cap sorting, mouth film sealing, inspection, rejection, labeling, coding, checkweighing, case packing, and data interface.
Parameters confirmed per project
Please provide actual containers and closures, product data, filling volume range, sealing requirements, process flow diagram, workshop layout, and acceptance criteria.
First see real working conditions
Information recommended to provide before quotation
The more complete the samples, packaging materials, and site information, the easier it is to determine the equipment route, changeover scope, and line integration boundaries.
Configuration reference
- Filling, press or screw capping, and sealing stations are jointly designed for the same container and cycle time
- Liquid-contact material, cleaning, drip prevention, and product compatibility are confirmed separately in the filling solution
- Labeling, coding, inspection, checkweighing, and case packing are clearly defined as optional downstream modules
- Overall line length, utilities, capacity, and acceptance criteria are based on the final process confirmation document
Prepare for selection
- Actual bottles/jars, closures, and optional cap foil with dimension drawings
- Product state, filling volume range, temperature, viscosity, and cleaning requirements
- Complete process flow, target cycle time, and acceptance criteria for each station
- Workshop layout, power and air supply, drainage, and upstream/downstream interface information
First see real working conditions
Key Parameters
Capacity and cycle time
Confirmed based on the slowest station cycle time, product filling time, capping stability, closing action, and buffer logic. Actual capacity is confirmed by project trials.
Automation scope
Automatic bottle feeding, filling, and closing complete line configured per project; labeling, coding, inspection, case packing are optional modules
Applicable containers or packaging
Bottles, jars, and similar rigid containers that can be stably conveyed and positioned; bottle mouth, body, bottom, and closures confirmed with actual samples
Applicable products
Liquids, pastes, or products containing particles; liquid-contact material, temperature, viscosity, foaming, and cleaning conditions confirmed with samples
Packaging materials and consumables
Bottle caps, pumps, press-fit closures, screw caps, and optional mouth cap foil must be verified together with the container and closing process
Basic process
Bottle feeding and positioning, metered filling, optional cap sorting, press or screw capping, optional mouth sealing, discharge
Molds and changeover
Evaluate guides, starwheels, grippers, filling parts, capping heads, and program changeover based on bottle shape, mouth, closures, and filling range
Power, air supply, and layout
Confirm equipment dimensions, power, air supply, maintenance space, and upstream/downstream interfaces based on number of stations, liquid-contact and cleaning systems, conveying buffers, control interlocks, and optional downstream equipment
Steps from sample confirmation to delivery
Confirm container, product, closures, sealing method, and sequence of each station.
Test filling, drip prevention, capping, torque or press fit, and sealing effect separately.
Check buffer, start/stop, material shortage, fault, and upstream/downstream signal logic.
Accept according to agreed samples, continuous operation, cleaning changeover, and abnormal handling standards.
Common configuration routes
Compare basic filling and closing, a complete line, and phased expansion
Low-viscosity liquids, foaming products, pastes and particulates need different fillers; press caps, screw caps, pumps and induction liners are also separate closing processes.
Basic filling and closing line
Combine bottle infeed, metered filling and either press or screw capping, with manual take-off downstream.
Integrated automated line
Optional film sealing, inspection, labeling, coding, checkweighing, and case packing, with unified control interlocking.
Phased expansion solution
Deliver core stations first, while reserving conveying, signals, and space for future module addition.
Bottle jar filling and closing complete line
First see real working conditions
Frequently Asked Questions
Do all stations have to be configured at once?
No. Basic stations and optional reserves can be divided according to the current process, but interfaces, conveying height, control signals, and future cycle time should be considered uniformly during the complete line design phase.
Can different products share the same filling system?
Viscosity, particles, temperature, foaming, cleaning, and cross-contamination risks need to be compared; replace liquid-contact parts or use a different metering route if necessary.
Send samples and requirements
First confirm samples, packaging materials, and process, then determine final configuration
Send product samples and viscosity, temperature, particles and foam, bottle/cap/plug/liner samples or drawings, fill amount and tolerance, cleaning, target cycle, labelling/coding/inspection/case-packing needs, space and line interfaces.
Actual bottles/jars, closures, and optional cap foil with dimension drawingsProduct state, filling volume range, temperature, viscosity, and cleaning requirementsComplete process flow, target cycle time, and acceptance criteria for each stationWorkshop layout, power and air supply, drainage, and upstream/downstream interface information