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Solution topic

How to choose a shampoo bottle filling, capping, labeling, coding and case packing line?

First confirm shampoo viscosity, bottle type, cap type, label position and shipping method, then decide the configuration sequence of filling, capping, sealing, labeling, coding and case packing.

  • First confirm shampoo viscosity, bottle type, cap type, label position and shipping method, then decide the configuration sequence of filling, capping, sealing, labeling, coding and case packing.
  • How to choose a shampoo bottle filling, capping, labeling, coding and case packing line?

Customer's real problem

I want to build a shampoo bottle production line, including filling, capping, labeling, coding and case packing, but I don't know where to start selecting equipment or whether to integrate the line.

First determine the packaging route

First confirm shampoo viscosity, bottle type, cap type, label position and shipping method, then decide the configuration sequence of filling, capping, sealing, labeling, coding and case packing.

Standalone machine combination route

Suitable for: small batch, multiple specifications, limited budget or initial trial production projects. Advantages: independent equipment, flexible changeover, one machine failure does not affect other processes. Limitations: manual transfer required, efficiency limited by operation rhythm, not suitable for continuous high-speed production. Not recommended if target capacity exceeds 600 bottles per hour or if reducing manual contact is needed. Equipment direction: daily chemical lotion filling machine, automatic capping machine, round/square bottle labeling machine, date batch coding machine can be configured independently, followed by manual case packing.

Semi-automatic line route

Suitable for: medium capacity (600-1200 bottles/hour), projects that want to reduce labor but not fully automatic. Advantages: filling, capping and labeling connected by conveyor, reducing handling, higher efficiency than standalone machines. Limitations: need to confirm bottle stability, conveyor height matching and front-rear cycle balance. Not recommended if bottle shape is irregular or high-speed continuous production (>1200 bottles/hour) is needed. Equipment direction: daily chemical lotion filling machine + automatic capping machine + round/square bottle labeling machine + food-grade conveyor, optional date batch coding machine.

Fully automatic line route

Suitable for: large batch, single specification, projects requiring stable continuous output. Advantages: fully automatic from bottle unscrambling to case packing, high efficiency, low labor, suitable for long-term stable orders. Limitations: requires site space, electrical layout and strict matching of front-rear cycle times, longer changeover time. Not recommended if product specifications change frequently or order volume is unstable. Equipment direction: automatic bottle unscrambler + daily chemical lotion filling machine + automatic capping machine + online induction foil sealing machine + round/square bottle labeling machine + date batch coding machine + online checkweigher + case sealing and outer case labeling line.

Recommended equipment route: sample and container confirmation

Bottle neck diameter, cap type, label size and gasket material directly affect filling nozzle, capping head, labeling tooling and sealing parameters.

Recommended equipment route: filling

Shampoo viscosity is moderate; daily chemical lotion filling machine can be equipped with anti-drip nozzle, suitable for foam control.

Recommended equipment route: capping

Compatible with screw caps, pumps or flip caps, adjustable torque to ensure sealing.

Recommended equipment route: sealing (optional)

If leak prevention or extended shelf life is required, aluminum foil induction sealing can be added before or after capping.

Recommended equipment route: labeling and coding

Labeling machine adapts to round/square bottles; coding machine prints date and batch number synchronously; can be integrated or standalone.

Route comparison

01Standalone machine combination route
  • Small batch, multiple specifications, limited budget or initial trial production projects.
  • Independent equipment, flexible changeover, one machine failure does not affect other processes.
  • Manual transfer required, efficiency limited by operation rhythm, not suitable for continuous high-speed production.
  • Not recommended if target capacity exceeds 600 bottles per hour or if reducing manual contact is needed.
  • Daily chemical lotion filling machine, automatic capping machine, round/square bottle labeling machine, date batch coding machine can be configured independently, followed by manual case packing.
02Semi-automatic line route
  • Medium capacity (600-1200 bottles/hour), projects that want to reduce labor but not fully automatic.
  • Filling, capping and labeling connected by conveyor, reducing handling, higher efficiency than standalone machines.
  • Need to confirm bottle stability, conveyor height matching and front-rear cycle balance.
  • Not recommended if bottle shape is irregular or high-speed continuous production (>1200 bottles/hour) is needed.
  • Daily chemical lotion filling machine + automatic capping machine + round/square bottle labeling machine + food-grade conveyor, optional date batch coding machine.
03Fully automatic line route
  • Large batch, single specification, projects requiring stable continuous output.
  • Fully automatic from bottle unscrambling to case packing, high efficiency, low labor, suitable for long-term stable orders.
  • Requires site space, electrical layout and strict matching of front-rear cycle times, longer changeover time.
  • Not recommended if product specifications change frequently or order volume is unstable.
  • Automatic bottle unscrambler + daily chemical lotion filling machine + automatic capping machine + online induction foil sealing machine + round/square bottle labeling machine + date batch coding machine + online checkweigher + case seal...

Core process

01Sample and container confirmation

Bottle neck diameter, cap type, label size and gasket material directly affect filling nozzle, capping head, labeling tooling and sealing parameters.

02Filling

Shampoo viscosity is moderate; daily chemical lotion filling machine can be equipped with anti-drip nozzle, suitable for foam control.

03Capping

Compatible with screw caps, pumps or flip caps, adjustable torque to ensure sealing.

04Sealing (optional)

If leak prevention or extended shelf life is required, aluminum foil induction sealing can be added before or after capping.

05Labeling and coding

Labeling machine adapts to round/square bottles; coding machine prints date and batch number synchronously; can be integrated or standalone.

06Post-packaging inspection and case packing

Checkweighing ensures fill volume; case sealing and labeling line completes outer packaging, suitable for shipping.

Associated Equipment / Consumables

Send samples and capacity requirements for a clearer solution

First confirm shampoo viscosity, bottle type, cap type, label position and shipping method, then decide the configuration sequence of filling, capping, sealing, labeling, coding and case packing.

01Packaging container
02Core process
03Equipment needed
04Materials
05Capacity and automation
06Sample details
Materials

Torque and sealing of caps (flip caps, pumps, screw caps) / Whether aluminum foil gasket or induction sealing film matches the bottle neck / Adhesion of label material (self-adhesive, shrink film) to bottle body curvature

Sample details

Photos and key dimensions of shampoo bottles (neck diameter, height, bottle shape), aff... / Cap samples (flip cap, pump or screw cap) and torque requirements, determining capping... / Label size, material (self-adhesive/shrink film) and labeling position, affecting label...

Inquiry

Online Inquiry Form

Please specify container type, sealing material, speed target, sample status, and target market.

Sample details

01Preparation materials 1

Line integration requirements affect equipment sequence, cycle matching and post-packaging inspection method.

Photos and key dimensions of shampoo bottles (neck diameter, height, bottle shape), affecting matching of filling nozzle, capping head and labeling tooling.
02Preparation materials 2

Cap structure determines the method of cap pressing, screw capping, cap feeding and whether line integration is needed.

Cap samples (flip cap, pump or screw cap) and torque requirements, determining capping machine chuck structure and parameters.
03Preparation materials 3

Line integration requirements affect equipment sequence, cycle matching and post-packaging inspection method.

Label size, material (self-adhesive/shrink film) and labeling position, affecting labeling machine model and positioning method.
04Preparation materials 4

Capacity target determines standalone, semi-automatic or continuous line configuration, and also affects quotation range.

Target capacity (bottles per hour or per day) and whether line integration is planned, determining standalone, semi-automatic or fully automatic route.
05Preparation materials 5

Product condition affects filling method, contact materials, anti-drip and safety configuration.

If filling material is available, please inform viscosity, whether it foams or contains particles, affecting filling pump type and anti-drip configuration.
06Preparation materials 6

Site conditions affect electrical control, pneumatics, conveyor length and safety protection configuration.

Site space dimensions and electrical conditions (voltage, air supply), affecting equipment layout and installation plan.

Common selection mistakes

01Only asking for machine name without material condition

Shampoo viscosity, foam and whether it contains particles affect the selection of filling pump. Asking only for a 'filling machine' without specifying material properties can lead to mismatching.

02Ignoring cap torque and seal testing

Insufficient capping torque can cause leakage during transport, while excessive torque may damage the bottle neck or cap. Sample testing is required.

03Only looking at speed without considering bottle shape

Labeling machine structures differ for round and square bottles. Custom fixtures may be needed for irregular shapes. Capacity alone is not sufficient.

04Coding position and ink not confirmed in advance

Is the code printed on the bottom, body or cap of the bottle? Ink adhesion on plastic needs testing, otherwise it may peel off.

05Post-packaging case packing considered only at the last moment

Case packing method (manual/automatic), outer carton dimensions and sealing method affect the layout of upstream equipment. It is recommended to plan in advance.

06Thinking line integration is just simple assembly

Line integration requires matching cycle times of each equipment, consistent conveyor height and electrical synchronization. It is not simply buying and connecting.

Common questions

01How much does a shampoo filling line cost?

Price depends on configuration, capacity and automation level. A single machine starts from tens of thousands, while a fully automatic line ranges from hundreds of thousands to millions. It is recommended to provide bottle samples and target capacity first, then we will provide a detailed plan and quotation.

02What configuration is needed for 1000 bottles per hour?

Semi-automatic or fully automatic line is recommended, including filling machine, capping machine, labeling machine and coding machine, connected by conveyor. The specific configuration depends on bottle type and site conditions.

03Can you quote without samples?

We can estimate the direction based on bottle type description, capacity and output, but formal quotation requires samples or dimensions to avoid mismatching.

04Is aluminum foil sealing needed after filling?

If the shampoo requires leak-proof, moisture-proof or extended shelf life, induction foil sealing is recommended; for ordinary short-term sales, sealing may not be necessary.

05Can labeling and coding be integrated into the line?

Yes, both labeling machine and coding machine can be integrated into the conveyor line to achieve automatic labeling and coding after filling.

06Can a case packer be added later?

Yes, but it is best to reserve conveyor interfaces and space in advance to avoid difficulties in later modification.

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