Solution topic
How to Choose Ointment Tube Tail Sealing, Coding and Cartoning? Start With Downstream Packing
Ointment tube packaging is not only about a tube sealer. First confirm whether the tube is plastic or laminated, tube diameter, tail shape, product viscosity, cap type, batch-code position, and carton structure; then choose the filling, tail sealing, coding, cartoning, and downstream inspection route.
- Ointment tube packaging is not only about a tube sealer. First confirm whether the tube is plastic or laminated, tube diameter, tail shape, product viscosity, cap type, batch-code position, and carton structure; then choose the filling, tail sealing, coding, cartoning, and downstream inspection route.
- How to Choose Ointment Tube Filling, Tail Sealing, Coding and Outer Box Packing
Start From Samples and Target Output
We produce ointment and need tube filling and sealing, batch coding on the tube tail, and final cartoning. How should the equipment be selected?
First determine the packaging route
Ointment tube packaging is not only about a tube sealer. First confirm whether the tube is plastic or laminated, tube diameter, tail shape, product viscosity, cap type, batch-code position, and carton structure; then choose the filling, tail sealing, coding, cartoning, and downstream inspection route.
Integrated filling and sealing route
Suitable for: batch production where empty tubes are fed, ointment is filled, the tube tail is sealed, and finished tubes are discharged in one process. Advantages: filling and tail sealing are completed on the same machine, reducing intermediate handling and making filling volume and tail position more stable. Limitations: tube material, tube diameter, filling volume, sealing temperature, and coding position must be confirmed. Different tube diameters usually need tooling changes. Not recommended when: the tubes are already filled and only tail sealing and coding are needed; a filling and sealing machine may waste functions. Equipment direction: a tube filling and sealing machine can integrate filling, tail sealing, and coding for ointment and cosmetic tube projects.
Standalone sealing and coding route
Suitable for: projects where filling has already been completed and only tube tail sealing, batch coding, and trimming are required. Advantages: the equipment focuses on tail sealing and coding, changes over quickly, and suits small batches with multiple tube sizes. Limitations: tube tail shape, sealing width, coding content, and trimming requirements must be confirmed. Different tube diameters require tooling changes. Not recommended when: full automation from empty tube to finished tube is required; a standalone tail-sealing and coding machine is less efficient than an integrated filling and sealing route. Equipment direction: a tube tail sealing and coding machine can handle positioning, tail sealing, coding, and trimming for plastic and laminated tubes.
Downstream Cartoning and Inspection Route
Suitable for: projects where tubes after tail sealing and coding need to be loaded into small cartons, labeled on outer cartons, coded, or checkweighed. Advantages: automatically arranging, cartoning, sealing, and labeling tubes after tail sealing can reduce manual work and improve dispatch efficiency. Limitations: tube dimensions, carton specifications, cartoning method, label content, and inspection requirements must be confirmed. Floor space and conveyor height should be planned early. Not recommended when: output is small or carton sizes change very often; manual cartoning may be more flexible, so forced automation is not recommended. Equipment direction: round or square bottle labeling, date and batch coding, carton sealing, and outer-carton labeling can be added after tube cartoning for identification and downstream packaging.
Recommended equipment route: Sample and container confirmation
These parameters determine the filling nozzle, tail-sealing tooling, coding position, and cartoning plan, so they should be confirmed first.
Recommended equipment route: filling and tail sealing, or tail sealing and coding
Choose an integrated machine or a standalone machine according to whether the tubes are already filled. The route can complete ointment dosing, tail sealing, and batch coding.
Recommended equipment route: downstream identification and cartoning
After tail sealing, tubes may need labeling, coding, or cartoning. These machines can be used as standalone units or connected into a line.
Route comparison
- Suitable for batch production where empty tubes are fed, ointment is filled, the tube tail is sealed, and finished tubes are discharged in one process.
- Filling and tail sealing are completed on the same machine, reducing intermediate handling and making filling volume and tail position more stable.
- Tube material, tube diameter, filling volume, sealing temperature, and coding position must be confirmed. Different tube diameters usually need tooling changes.
- If the tubes are already filled and only tail sealing and coding are needed, a filling and sealing machine may waste functions and is not recommended.
- Recommended equipment direction: a tube filling and sealing machine can integrate filling, tail sealing, and coding for ointment and cosmetic tube projects.
- Suitable for projects where filling has already been completed and only tube tail sealing, batch coding, and trimming are required.
- The equipment focuses on tail sealing and coding, changes over quickly, and suits small batches with multiple tube sizes.
- Tube tail shape, sealing width, coding content, and trimming requirements must be confirmed. Different tube diameters require tooling changes.
- If production needs full automation from empty tube to finished tube, a standalone tail-sealing and coding machine is less efficient than an integrated filling and sealing route.
- Recommended equipment direction: a tube tail sealing and coding machine can handle positioning, tail sealing, coding, and trimming for plastic and laminated tubes.
- Suitable for projects where tubes after tail sealing and coding need to be loaded into small cartons, labeled on outer cartons, coded, or checkweighed.
- Automatically arranging, cartoning, sealing, and labeling tubes after tail sealing can reduce manual work and improve dispatch efficiency.
- Tube dimensions, carton specifications, cartoning method, label content, and inspection requirements must be confirmed. Floor space and conveyor height should be planned early.
- If output is small or carton sizes change very often, manual cartoning may be more flexible, so forced automation is not recommended.
- Recommended equipment direction: round or square bottle labeling, date and batch coding, carton sealing, and outer-carton labeling can be added after tube cartoning for identification and downstream packaging.
Core process
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Sample details
The lid structure determines the capping method (press, screw, or place) and whether inline integration is needed.
Please provide tube samples or photos, including tube diameter, length, tail shape, and cap type. These affect tail-sealing tooling and filling nozzle selection.The state of the contents affects the filling method, contact materials, anti-drip, and safety configuration.
Please tell us the ointment viscosity and whether it contains particles or foams easily. This determines the filling pump and anti-drip structure.Capacity target determines single machine, semi-automatic, or continuous inline configuration, and also affects the quotation range.
Please specify target output, such as tubes per hour or per day, and whether line integration is required. This affects equipment configuration and speed.Incomplete information can still be submitted; we will first determine the packaging direction and then list items that need to be confirmed.
If the tubes are already filled, please explain the tail sealing and coding requirements, such as sealing width, batch-code content, and trimming needs.Photos and dimensions can first determine container positioning, mold direction, and whether sample testing is needed.
If information is incomplete, send the available photos and dimensions first. We will judge the route first, then list what still needs to be confirmed.Common selection mistakes
Common questions
The price depends on tube diameter, filling volume, tail-sealing method, coding requirement, and whether line integration is needed. Samples and output targets are required before a reliable quotation can be prepared.
Usually it requires different molds and filling nozzles. If the size difference is large, confirm the tooling separately and start with the main tube specification.
Tail-sealing performance depends on tube material, sealing temperature, and tooling match. Sample testing is recommended before final confirmation.
Yes. Tube filling and sealing machines can integrate coding, but the batch-code position and content should be confirmed in advance.
For small batches, a semi-automatic tail-sealing and coding machine can be used first. After production becomes stable, it can be upgraded to an integrated filling-sealing machine or a connected line.
Yes. Filling, tail sealing, coding, labeling, inkjet printing, and cartoning can be connected into a line, but site dimensions and output requirements need to be confirmed.