Capped Bottle & Jar Sealing
Use electromagnetic heating with a compatible foil liner and sealing head. Handheld, desktop and continuous systems suit different package sizes and working patterns.
Seal bottle, jar, cup and tube openings with compatible foil liners or lidding films. Choose induction sealing, direct heat or an integrated filling and sealing workflow.
Choose the sealing method around the liner, rim and production sequence.
Container foil sealing includes both induction heating and direct-heat lidding. Equipment may seal a capped bottle, apply film to an open container, or combine filling and closure in one line. The correct route depends on the container material, foil structure and required working pattern.
Confirm which steps the selected machine performs. The foil's heat-seal layer, rim condition and applied pressure must suit the container and process.
Three routes for standalone equipment and integrated packaging.
Use electromagnetic heating with a compatible foil liner and sealing head. Handheld, desktop and continuous systems suit different package sizes and working patterns.
Apply controlled heat and pressure to container openings. Choose suitable molds and roll film or pre-cut lids for bottles, cups, coffee capsules, spoon packs or tube orifices.
Combine dosing, foil sealing and cap application in a configured workflow. Confirm the operation sequence and any connected labeling or handling equipment.
The details needed to match the liner, container and sealing system.
Liner compatibility, cap requirements, tooling and process selection.
No. A conventional induction sealer heats a liner already positioned against the container rim. Liner insertion is a separate upstream operation unless explicitly included in an integrated system.
Conventional capped-container induction systems require the cap and liner to be correctly fitted and tightened. Capless applications need equipment specifically designed for that arrangement; do not assume a standard induction machine supports them.
Direct-heat equipment uses a heated head and pressure to bond compatible lidding to the rim. Induction equipment heats the foil electromagnetically. The container, film and intended process determine which system is suitable.
Not automatically. The heat-seal layer must match the container surface and process. Confirm the liner supplier's specification and test container, cap and foil samples together.
Only within its supported range and with compatible sealing heads, molds and settings. Flat, tapered and unusual openings may need dedicated tooling or a different head configuration.
No. Orifice sealing covers the dispensing opening with foil or film. Tail sealing closes the open filling end of the tube. These are different packaging operations.
Send containers, caps and foil or film samples, dimensions and target output. Include the required filling and capping sequence, film feed format, available space and utilities.
Share container, cap and foil samples together with your target output. We can help match the sealing method, tooling and line sequence to your packaging process.