Applicable Containers
Heat-seal foil or composite lidding directly to bottle and jar rims, with integration into an existing filling line configured per project.
Bottle / Pail / Can Sealing Equipment
Inline Bottle and Jar Foil Heat Sealing Machine
Heat-seal foil or composite lidding directly to bottle and jar rims, with integration into an existing filling line configured per project. Test the container and seal layer before selecting positioning, film feed, sealing and discharge. This is not through-cap induction sealing of a cap liner.
Heat Press Sealing
View Product Video
Bottle and Jar Inline Heat Press Sealer · Operating video
Bottle and Jar Inline Heat Press Sealer · Operating video. This real view shows the inline heat-press sealer handling bottles or jars. Use it to check the machine layout, container path and sealing station before sample testing.
Factory photos and running videos
Actual equipment and operating steps are shown here. Final suitability depends on the agreed samples and equipment scope.
Show more factory running videos
Selection points
Confirm samples, material and cycle time first
Confirm output through continuous trials with the actual container, film, product and complete cycle. Filling, loading, inspection and downstream integration are configured per project.
Packaging Materials / Consumables
Aluminum foil film, composite film, PE film, PP film, PET film, easy-tear film, heat seal film
Core Process
Heat Press Sealing
Output / Structure
Confirm output through continuous trials with the actual container, film, product and complete cycle. Filling, loading, inspection and downstream integration are configured per project.
Selection points
Send these materials for a faster reply
Start with container photos, the intended lidding material and approximate output. You can enquire before drawings or full material specifications are ready; we will review the process and identify the samples needed.
Confirm samples, material and cycle time first
- Confirm direct-film heat sealing; do not treat cap-liner induction as the same process
- Check rim flatness, sealing width, and locating stability with real containers
- Match the film sealant layer to the container rim material, not just the words aluminum foil
- Confirm output by mouth size, film, station count, dwell time, and full line-cycle trials
- Configure inline conveying, locating fixtures, and change parts by container format
- Interfaces can be reserved for filling, capping, labeling, coding, checkweighing, and line interlocks
Send these materials for a faster reply
- Container samples plus mouth ID/OD, rim width, height, and tolerances
- Pre-cut aluminum or composite heat-seal film samples, structure, thickness, and sealant-layer direction
- Whether an outer cap follows sealing, cap samples, and target finished-pack photos
- Target cycle, daily runtime, main container format, and changeover range
- Existing conveyor height/direction, pitch, available space, and signal interfaces
- Agreed appearance, peel, seal or project acceptance method and approval-sample quantity
Selection points
Key Parameters
Confirm output through continuous trials with the actual container, film, product and complete cycle. Filling, loading, inspection and downstream integration are configured per project.
Model
YJ-FK-ZX500
Output / Complete Cycle
Confirmed by trials using mouth size, film, station count, heat-press dwell, container pitch, and upstream/downstream cycle
Machine Structure / Integration
Inline conveying, locating stations, and upstream/downstream interfaces are configured by sample and project; final automation scope follows the agreed line
Containers / Pack Formats
Plastic or glass bottles and wide-mouth jars with a stable, flat sealing rim; confirm with real samples
Applicable Size Range
Confirmed based on sample dimensions, mouth diameter, height, and sealing edge width.
Applicable Products / Contents
Food, sauces, daily chemicals, cosmetics, medical consumables, and chemical packaging
Film / Sealant Layer
Pre-cut aluminum or composite heat-seal film; structure, thickness, and sealant-layer direction must match the container-rim sample
Core Process
Film pick and positioning, direct placement on the mouth, heat-press dwell, discharge, and post-seal inspection
Configuration selection
Confirmation process
Start with container photos, the intended lidding material and approximate output. You can enquire before drawings or full material specifications are ready; we will review the process and identify the samples needed.
Send product, container, material, dimensions and target output.
Confirm configuration by process, changeover, cycle time and line needs.
Test sealing, filling, labeling or inspection results when needed.
Quote after confirming power, layout, lead time and spare parts.
Configuration selection
Choose configuration by production method
First decide whether it is trial work, small batches or stable production, then confirm tooling, pump heads, sealing heads and optional functions.
Sampling / small batchConfirm sample compatibility, effect and basic parameters first.
Stable batch productionFocus on station count, operating rhythm and changeover method.
Line integration requiredEvaluate feeding, discharge, coding, inspection and floor space separately.
Bottle / Pail / Can Sealing Equipment
First decide whether it is trial work, small batches or stable production, then confirm tooling, pump heads, sealing heads and optional functions.
Selection points
Frequently Asked Questions
Confirm output through continuous trials with the actual container, film, product and complete cycle. Filling, loading, inspection and downstream integration are configured per project.
How does this differ from an induction foil sealer?
This machine places pre-cut film directly on the mouth and heat-press seals it. An induction sealer normally works after a cap has pressed its liner onto the mouth. The packaging materials, equipment, and process order are different.
Can photos alone define the machine?
Photos can guide the first review but cannot replace sealing trials. Final configuration requires rim dimensions and flatness, container material, film structure, sealant-layer direction, and real samples.
Can it seal glass, PET, or PP containers?
The material name alone is not enough. Rim design and flatness must match the film sealant layer; surface treatment and tolerances may require a new trial even for the same nominal material.
How are output and line integration confirmed?
Record the complete film pick, positioning, heat-press dwell, and discharge cycle with target samples, then confirm conveyor height/direction, pitch, buffering, and signal interfaces.
Send photos for machine selection
Send photos for machine selection
Start with container photos, the intended lidding material and approximate output. You can enquire before drawings or full material specifications are ready; we will review the process and identify the samples needed.
Container samples plus mouth ID/OD, rim width, height, and tolerancesPre-cut aluminum or composite heat-seal film samples, structure, thickness, and sealant-layer directionWhether an outer cap follows sealing, cap samples, and target finished-pack photosTarget cycle, daily runtime, main container format, and changeover range