Check Applicable Objects First
Dimensionally stable cups, boxes, and pre-formed trays with consistent rims; cavity arrangement and container spacing confirmed with actual samples
Servo Conveying and Multi-Cavity Heat Sealing
Servo Multi-Cavity Cup, Tray and Container Sealing Machine
Servo conveying coordinates loading, positioning, film handling, multi-cavity heat sealing and discharge. Cavity count alone is not a throughput promise; container layout, rim consistency, film registration, dwell, handling and changeovers must be measured with actual samples.
Actual Equipment FootageMulti-Cavity Parallel SealingParameters Confirmed Per Project
View Actual Equipment Footage
Servo Multi-Cavity Sealing Test Video
Local video showing manual carrier loading, control start, press cycle, and sealed piece removal for inspection. Video reflects test process, not fixed capacity; actual speed determined by container, material, and configuration.
See Actual Working Conditions First
Cavity count, row count, and cycle rate must be confirmed around the same set of samples
Please provide actual containers and film, arrangement, acceptable seal appearance, loading/unloading method, target cycle rate, and workshop layout.
Match Packaging Materials and Process
Pre-cut film or roll film route selected per project; heat seal layer, registration, and trim effect must be verified through sample sealing trials; multi-lane feeding, servo positioning, film placement or feeding, multi-cavity heat sealing, optional film cutting, synchronized discharge
Optional Modules Not Standard
Optional automatic cup denesting, metering filling, printed film registration, inspection, rejection, and downstream conveying; not included by default.
Parameters Confirmed Per Project
Please provide actual containers and film, arrangement, acceptable seal appearance, loading/unloading method, target cycle rate, and workshop layout.
See Actual Working Conditions First
Recommended Information Before Quotation
The more complete the samples, packaging materials, and site information, the easier it is to determine equipment route, changeover scope, and integration boundaries.
Cavity count, row count, and cycle rate must be confirmed around the same set of samples
- Servo conveying motion and multi-cavity tooling cycle are matched based on actual container arrangement
- Pre-cut film or roll film route is selected based on film material, appearance, and trim requirements
- Automatic feeding, filling, inspection, and downstream integration are explicitly listed as optional configurations
- Changeover scope, continuous running cycle rate, and utilities are based on project confirmation documents
Recommended Information Before Quotation
- Actual cups, boxes, or trays with rim dimensions and arrangement drawing
- Pre-cut film or roll film samples with print registration requirements
- Feeding method, whether filling is needed, and rim condition before sealing
- Target cycle rate, changeover list, site dimensions, and upstream/downstream interfaces
See Actual Working Conditions First
Safe Specification Parameter Range
Please provide actual containers and film, arrangement, acceptable seal appearance, loading/unloading method, target cycle rate, and workshop layout.
Capacity and Cycle Rate
Confirmed based on tooling cavity count, feeding continuity, film handling, heat sealing dwell time, and discharge method; fixed values not published without project validation
Automation Scope
Servo conveying and multi-cavity automatic sealing; optional automatic feeding, filling, inspection, and downstream integration
Applicable Containers or Packaging
Dimensionally stable cups, boxes, and pre-formed trays with consistent rims; cavity arrangement and container spacing confirmed with actual samples
Applicable Products
Pre-filled or ready-to-seal food, daily chemical, and similar products; product condition only used to assess contamination, cleaning, and sealing conditions
Packaging Materials and Consumables
Pre-cut film or roll film route selected per project; heat seal layer, registration, and trim effect must be verified through sample sealing trials
Basic Process
Multi-lane feeding, servo positioning, film placement or feeding, multi-cavity heat sealing, optional film cutting, synchronized discharge
Tooling and Changeover
Evaluate complete tooling, carriers, guides, and program changeover based on container shape, arrangement, and film width
Power, Air Supply, and Layout
Equipment dimensions, power, air supply, maintenance space, and upstream/downstream interfaces confirmed based on number of servo axes, tooling action, heating zone, conveying length, and optional stations
Common Configuration Routes
Steps from Sample Confirmation to Delivery
The more complete the samples, packaging materials, and site information, the easier it is to determine equipment route, changeover scope, and integration boundaries.
Determine row count, cavity spacing, carrier, and loading/unloading space using actual containers.
Compare pre-cut film vs. roll film for registration, trim, waste, and changeover requirements.
Verify sealing window and coordination of feeding, film placement, dwell, and discharge.
Accept based on agreed containers, film, cycle rate, changeover, and exception handling standards.
Common Configuration Routes
Compare Single-Cavity, Parallel Multi-Cavity, and Optional Line Configurations
Benchtop single-cavity, servo multi-cavity, pre-cut lids, roll film and MAP address different volumes, materials and preservation goals; “high speed” alone is not a selection basis.
Basic Multi-Cavity SealingManual or existing equipment feeds; multi-cavity tooling performs positioning, film placement, and heat sealing.
Automatic Feeding SealingOptional feeding and buffering; focus on container separation, arrangement, and missing container handling.
Filling-Sealing IntegrationOptional metering filling and downstream interface; cleaning and cycle rate boundaries must be confirmed simultaneously.
Servo Conveying and Multi-Cavity Heat Sealing
Benchtop single-cavity, servo multi-cavity, pre-cut lids, roll film and MAP address different volumes, materials and preservation goals; “high speed” alone is not a selection basis.
See Actual Working Conditions First
Frequently Asked Questions
Please provide actual containers and film, arrangement, acceptable seal appearance, loading/unloading method, target cycle rate, and workshop layout.
Does more cavities always mean higher capacity?
Not necessarily. Feeding stability, film placement action, sealing dwell time, discharge, and upstream/downstream cycle rates can all become bottlenecks. Evaluation must consider the entire process flow.
Can one set of tooling accommodate multiple container types?
Partial compatibility is only possible when shapes, rims, and arrangements are similar. Most changeovers require replacing tooling, carriers, or guides, and re-validating film and sealing window.
Send Samples and Requirements
Confirm samples, packaging materials, and process first, then determine final configuration
Send containers and film, layout and rim dimensions, pre-cut lids or rollstock, product and rim contamination, seal and trim criteria, target cycle, changeovers, loading method and downstream interfaces.
Actual cups, boxes, or trays with rim dimensions and arrangement drawingPre-cut film or roll film samples with print registration requirementsFeeding method, whether filling is needed, and rim condition before sealingTarget cycle rate, changeover list, site dimensions, and upstream/downstream interfaces