Skip to main content
Global Sealing SystemsGuangzhou Yijia Packaging Technology Co., Ltd.
+86 156 0300 0900

Solution topic

How to Choose Shampoo Filling, Capping and Labeling? Start With Line Integration Needs

For shampoo, conditioner, and shower gel bottling projects, do not select equipment by filling machine name alone. First confirm product viscosity, bottle opening, cap type, label position, and target output, then decide the configuration sequence for filling, capping, labeling, and conveying.

  • For shampoo, conditioner, and shower gel bottling projects, do not select equipment by filling machine name alone. First confirm product viscosity, bottle opening, cap type, label position, and target output, then decide the configuration sequence for filling, capping, labeling, and conveying.
  • How to Choose Filling, Capping and Labeling for Shampoo Bottles

Real customer problem

I want to bottle shampoo, requiring filling, capping, and labeling, but I don't know where to start selecting equipment. Can you help me determine the direction first?

First determine the packaging route

For daily chemical liquids such as shampoo, conditioner, and shower gel, do not select equipment by filling machine name alone. First confirm product viscosity, bottle opening, cap type, label position, and target output, then decide the configuration sequence for filling, capping, labeling, and conveying.

Standalone Combination Route: Filling Machine + Capping Machine + Labeling Machine Independent Operation

Suitable for: Small batches, multiple specifications, or start-up phases with manual loading/unloading and manual transfer between machines. Advantages: Independent machines, flexible changeover, lower initial investment. Limitations: Requires verification that filling nozzles, capping heads, and labeling fixtures are compatible with current bottle and cap types. Not recommended: If target capacity exceeds 600 bottles per hour or continuous production is needed, manual transfer becomes a bottleneck. Equipment direction: We can provide servo piston liquid filling machines, automatic capping machines, and round/square bottle labeling machines, with filling nozzles, capping heads, and labeling fixtures configured according to samples.

Semi-automatic Line Route: Filling + Capping + Labeling By Conveyor Line Connection

Suitable for: Medium capacity (600-1200 bottles/hour) with relatively stable bottle and cap types, where reducing manual handling is desired. Advantages: Equipment is connected via conveyors for more stable cycle times and reduced manual intervention. Limitations: Conveyor height, bottle stability, and cycle time matching between upstream and downstream need to be confirmed. Not recommended: If bottle or cap types change frequently and changeover time affects overall efficiency, consider a fully automatic quick-change solution. Equipment direction: We can provide food-grade conveyors to connect filling, capping, and labeling machines, along with bottle unscramblers and cap feeding systems to improve upstream efficiency.

Fully Automatic Line Route: Bottle Unscrambling → Filling → Capping → Labeling → Coding → Inspection

Suitable: High-volume, single or limited specification continuous production, target capacity ≥1200 bottles/hour. Advantages: Fully automatic from bottle unscrambling to post-stage inspection; low labor cost, stable output. Limitations: Need to confirm bottle type, cap type, label position, coding content, and inspection requirements in advance; site layout needs reserved space. Not recommended: For many product specifications, frequent changeovers, and small batch sizes, the changeover time and mold cost of a fully automatic line may not be cost-effective. Equipment direction: We can provide automatic bottle unscrambler, servo piston filler, automatic capper, round/square bottle labeler, date batch coder, and in-line checkweigher; configure the line based on samples and capacity.

Recommended equipment route: Sample and container confirmation

Use actual samples to confirm bottle-mouth diameter, bottle shape, cap structure, and label position, avoiding equipment-configuration errors.

Recommended equipment route: Filling

Shampoo is a medium-viscosity liquid. Servo piston filling provides accurate dosing and suits daily chemical products.

Recommended equipment route: Capping

Configure the capping head according to cap type, such as threaded caps or pump caps, so the torque range can be confirmed.

Recommended equipment route: Labeling

Configure the labeling mechanism according to bottle shape and label position, suitable for round and square bottles.

Recommended Equipment Route: Downstream Inspection and Marking

Coding supports production date and batch traceability, while checkweighing rejects abnormal weights to reduce shipment risk.

Route comparison

01Standalone Combination Route: Filling Machine + Capping Machine + Labeling Machine Independent Operation
  • Suitable for small batches, multiple sizes, or startup production, with manual loading and manual transfer between machines.
  • stand-alone equipment with flexible changeover and lower initial investment.
  • Confirm whether filling nozzles, capping heads, and labeling fixtures fit the current bottle and cap type.
  • When output exceeds 600 bottles per hour or continuous production is needed, manual transfer becomes a bottleneck.
  • We can provide servo piston liquid fillers, automatic capping machines, and labeling machines for round and square bottles. Filling nozzles, capping heads, and labeling fixtures are configured according to samples.
02Semi-automatic Line Route: Filling + Capping + Labeling By Conveyor Line Connection
  • Suitable for medium capacity (600-1200 bottles/hour), with relatively stable bottle and cap types, and a desire to reduce manual handling.
  • Machines are linked by conveyors, making the cycle more stable and reducing manual intervention.
  • Confirm conveyor height, bottle stability, and upstream/downstream cycle matching.
  • If bottle or cap types change frequently and changeover time affects efficiency, evaluate a fully automatic quick-change solution.
  • We can provide food-grade conveyors to connect filling, capping, and labeling machines, and configure bottle unscramblers and cap feeding systems to improve upstream efficiency.
03Fully Automatic Line Route: Bottle Unscrambling → Filling → Capping → Labeling → Coding → Inspection
  • Suitable for high-volume continuous production with one or limited sizes, usually above 1,200 bottles per hour.
  • Fully automatic from bottle unscrambling to downstream inspection, with low labor cost and stable output.
  • Bottle type, cap type, label position, coding content, and inspection requirements should be confirmed early, with enough space reserved in the site layout.
  • When there are many product specifications, frequent changeovers, and small batch sizes, the changeover time and tooling cost of a fully automatic line may not be cost-effective.
  • We can provide automatic bottle unscrambler, servo piston filler, automatic capper, round/square bottle labeler, date batch inkjet printer, and in-line checkweigher. Configure the full line based on samples and capacity.

Core process

01Sample and container confirmation
02Filling
03Capping
04Labeling
05Downstream Inspection and Marking
06Product and Sample Confirmation

Associated Equipment / Consumables

Date & Batch Inkjet Printer07 / LabelingDate & Batch Inkjet Printer

Labeling; Configure the labeling mechanism according to bottle shape and label position, suitable for round and square bottles; Round and Square Bottle Labeling Machine

Send samples and capacity requirements for a clearer solution

For shampoo, conditioner, and shower gel bottling projects, do not select equipment by filling machine name alone. First confirm product viscosity, bottle opening, cap type, label position, and target output, then decide the configuration sequence for filli...

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

The filling nozzle should match shampoo viscosity and use an anti-drip design to preven... / Capping heads should be customized according to cap type, such as screw cap, pump head,... / Label material and bottle curvature affect label flatness. Please provide label samples...

Sample details

Shampoo bottle and cap samples help confirm bottle-mouth diameter, bottle shape, cap st... / Label samples or artwork help confirm label size, material, and placement for labeler c... / Target output, such as bottles per hour or per day, affects filling-head count, capping...

Inquiry

Online Inquiry Form

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

Sample details

01Preparation material 1

The lid structure determines the capping method (press, screw, or place) and whether inline integration is needed.

Shampoo bottle and cap samples help confirm bottle-mouth diameter, bottle shape, cap structure, and capping torque range.
02Preparation material 2

Inline requirements affect equipment sequence, cycle time matching, and downstream inspection methods.

Label samples or artwork help confirm label size, material, and placement for labeler configuration.
03Preparation material 3

Capacity target determines single machine, semi-automatic, or continuous inline configuration, and also affects the quotation range.

Target output, such as bottles per hour or per day, affects filling-head count, capping speed, and line-connection method.
04Preparation material 4

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

Site photos or layout sketches help confirm machine placement, infeed and outfeed direction, and whether a conveyor already exists.
05Preparation material 5

The state of the contents affects the filling method, contact materials, anti-drip, and safety configuration.

Describe the material condition, including viscosity, particles, or foaming tendency, because it affects filling nozzles and hopper selection.
06Preparation material 6

Photos and dimensions can first determine container positioning, mold direction, and whether sample testing is needed.

Even if the information is incomplete, you can first send available photos and dimensions. We will judge the route first and then list what still needs to be provided.

Common selection mistakes

01Material Viscosity Should Be Confirmed First
02Bottle Cap Type Samples Should Be Sent in Advance
03label position and bottle surface curvature affect labeling results
04capacity and line rhythm need to match
05Reserve Interfaces for Downstream Inspection and Marking

Common questions

01Can we determine the direction without complete information?

Yes. First send photos of existing bottle and cap samples and approximate capacity. We will first determine the route, then list the items needed.

02What information needs to be prepared before a quotation?

Need bottle samples, cap samples, label samples, target capacity, and site layout information. Incomplete information is also acceptable; send existing materials first.

03How does capacity affect the configuration?

Output determines filling-head count, capping speed, and whether line integration is required. Low output can use single machines; high output needs automatic integration.

04Why test consumables or film materials?

Anti-drip filling nozzles, capping torque, label flatness, and coding adhesion all need to be tested with actual consumables.

05How to confirm sealing or closure effectiveness?

Seal integrity must be confirmed through bottle samples, cap samples, and torque testing. If aluminum foil liner is needed, induction sealing tests are also required.

06How to determine whether a linked line is needed?

When output exceeds 600 bottles per hour or you want to reduce manual handling, evaluate conveyor connection.

Quick InquiryWhatsApp

We only load non-essential third-party content and analytics services after obtaining your consent, to protect privacy and optimize browsing experience.