Solution topic
How to choose an ointment tube filling and sealing solution? Start with tube material, tube diameter, contents, and tail-sealing method.
For ointment, gel, cream, and similar tube products, do not select only by tube filling and sealing machine name. First confirm tube material, tube diameter, content viscosity, whether particles are present, cap type, tail shape, and batch-code position, then decide between filling and sealing, tail sealing and coding, or special-cap solutions.
- For ointment, gel, cream, and similar tube products, do not select only by tube filling and sealing machine name. First confirm tube material, tube diameter, content viscosity, whether particles are present, cap type, tail shape, and batch-code position, then decide between filling and sealing, tail sealing and coding, or special-cap solutions.
- How to Choose Tube Filling and Tail Sealing for Ointment
First Break the Requirement Into Key Points
I want to package ointment. How should I choose a tube filling and sealing machine, and what information should I prepare?
First determine the packaging route
For ointment, gel, cream, and similar tube products, do not select only by tube filling and sealing machine name. First confirm tube material, tube diameter, content viscosity, whether particles are present, cap type, tail shape, and batch-code position, then decide between filling and sealing, tail sealing and coding, or special-cap solutions.
Integrated filling and sealing route
Suitable for: projects requiring tube filling, sealing, and coding on one machine. Advantages: reduces intermediate transfer, suitable for medium and above batch continuous production. Limitations: need to confirm tube material, diameter, filling volume, and sealing temperature. Not recommended: if tubes are already filled and only need sealing and coding, consider the sealing and coding route. Equipment direction: tube filling and sealing machine, can integrate filling, sealing, and coding.
Tail Sealing and Coding Route
Suitable for: projects with pre-filled tubes needing only sealing, coding and trimming. Advantages: simpler machine structure, faster changeover. Limitations: need to confirm tube tail seal width and batch code position. Not recommended: when filling from empty tube is required, suggest filling and sealing integrated line. Equipment direction: tube sealing and coding machine, can perform sealing, coding and trimming independently
Special-Cap Tube Sealing Solution
Suitable for: projects with tubes having special-shaped caps, pump heads, or special cap types requiring special sealing positioning. Advantages: custom positioning and sealing structure for special cap types. Limitations: need to provide cap and tube samples to confirm positioning method and sealing parameters. Not recommended: standard round caps or ordinary flip caps; standard sealing route is sufficient. Equipment direction: special-shaped cap tube sealing solution, customizable cap positioning and sealing mold.
Recommended equipment route: Sample and container confirmation
Use physical samples to confirm tube material, tube diameter, cap type, and content viscosity, then judge the compatibility limits of filling nozzles and tail-sealing tooling.
Recommended Equipment Route: Main Filling and Tail-sealing Machine
Completes empty tube filling, tail heat sealing, and batch coding; it is the core process for tube packaging.
Recommended Equipment Route: Downstream Marking and Inspection
After tube tail sealing, production date or batch number printing and labeling are usually needed for traceability and display.
Recommended equipment route: Conveying and collection
Connect the tube filling and sealing machine with downstream equipment for continuous conveying and collection, reducing manual handling.
Route comparison
- Projects that require empty tube filling, tail sealing, and coding on one machine.
- Reduces intermediate handling and suits medium-to-high-volume continuous production.
- tube material, tube diameter, filling volume and tail-sealing temperature should be confirmed
- If tubes are already filled and only tail sealing and coding are needed, a sealing and coding route is recommended.
- tube filling and tail sealing machine, integrating filling, tail sealing and coding
- projects with prefilled tubes requiring only tail sealing, coding and trimming
- simpler machine structure and faster changeover
- tube tail sealing width and batch-code position should be confirmed
- If filling starts from empty tubes, an integrated filling and sealing route is recommended.
- tube tail sealing and coding machine for separate tail sealing, coding and trimming
- Projects with special-shaped caps, pump heads, or special caps that need dedicated sealing positioning.
- custom positioning and sealing structure for special cap types
- Cap and tube samples are needed to confirm positioning method and sealing parameters.
- Standard round caps or common flip caps can usually be handled by a standard tube sealing route.
- Special-shaped cap tube sealing solution can customize cap positioning and sealing tooling.
Core process
Associated Equipment / Consumables
Tube Filling and Sealing MachineSample and container confirmation; Use physical samples to confirm tube material, tube diameter, cap type, and content viscosity, then judge the compatibility limits of filling nozzle...
Tube End Sealer CoderMain Filling and Tail-Sealing Machine; Completes empty tube filling, tail heat sealing, and batch coding; it is the core process for tube packaging; Tube Filling and Tail Sealing Machine
Date & Batch Inkjet PrinterMain Filling and Tail-Sealing Machine; Completes empty tube filling, tail heat sealing, and batch coding; it is the core process for tube packaging; Tube Filling and Tail Sealing Machine
Automatic Feeding Conveying Sealing LineConveying and collection; Connect the tube filling and sealing machine with downstream equipment for continuous conveying and collection, reducing manual handling; Food-Grade...
Special-shaped Cap Tube Sealing SolutionContainer and Packaging Material Confirmation; Confirm rim, film material, cap, label, and sealing contact surface based on ointment, cosmetic, gel, or cream tube; Container S...
Sample details
Photos and dimensions can first determine container positioning, mold direction, and whether sample testing is needed.
Tube sample or photo, diameter, and length are used to confirm tooling and tail sealing parameters.The state of the contents affects the filling method, contact materials, anti-drip, and safety configuration.
Content sample or viscosity description affects filling nozzle selection and feeding method.The lid structure determines the capping method (press, screw, or place) and whether inline integration is needed.
Cap sample or cap photo helps determine whether capping or special-cap positioning is required.Capacity target determines single machine, semi-automatic, or continuous inline configuration, and also affects the quotation range.
Target output, such as hourly or daily quantity, determines whether the setup should be stand-alone, semi-automatic, or fully automatic.Inline requirements affect equipment sequence, cycle time matching, and downstream inspection methods.
Whether line connection is needed, such as filling directly into tail sealing, coding, or labeling, affects equipment layout and conveyor design.Photos and dimensions can first determine container positioning, mold direction, and whether sample testing is needed.
If the information is incomplete, you can first send available photos and dimensions. We will judge the direction and then list what needs to be added.Common selection mistakes
Common questions
Yes. First send photos of the tube, approximate dimensions, content description, and target capacity. We will determine the route first, then list the samples needed.
We need tube samples or photos, tube diameter and length, content samples or viscosity description, cap samples, target capacity, and whether line integration is needed. Incomplete information is acceptable; send what you have.
Target capacity changes the number of stations, automatic tube feeding method, and line integration needs. Low volume allows manual tube feeding; high volume requires automatic tube feeding and conveying line integration.
Tube material, sealing film, or gasket must match sealing temperature and pressure. Different batches may vary; it is recommended to test with samples to confirm sealing effect.
Sealing effectiveness must be confirmed through testing with samples, tube material, and tail sealing parameters, including tail seal strength, leak testing, and visual inspection.
If upstream filling and downstream coding and labeling require continuous production, and manual transfer affects efficiency, consider line integration. You can plan with standalone machines first, but reserve integration interfaces.