Check applicable objects first
Pre-made bags with uniform specifications, consistent bag mouth, and continuous bag supply; special zipper bags or irregular bags require separate trials
Four-lane parallel pouch packaging
Four-Lane Premade Pouch Filling and Sealing Machine
Coordinates premade-pouch feeding, opening, dosing, filling, heat sealing and discharge across four lanes. Use actual pouches and product to confirm opening stability, dosing time, clean pouch mouths, seal dwell and merged discharge; four lanes alone do not establish a fixed output.
Actual equipment footageFour-lane synchronous baggingParameters confirmed per project
Factory equipment photos
Actual equipment photos from the factory. Confirm the final configuration with the containers, product, sample trials and agreed equipment scope.
First see real working conditions
Multi-lane must first solve consistency and maintenance space
Please provide same-batch empty bags, materials, target weight per bag, continuous feeding method, target cycle time, cleaning requirements, and factory space.
Packaging materials and process must match
Heat-sealable pre-made bags of consistent batch; bag thickness, friction, static, opening, and heat-seal layer must be verified; four-lane bag feeding and picking, bag opening, optional multi-lane metering filling, bag mouth finishing, multi-lane heat sealing, and merging discharge
Optional modules are not standard
Optional multi-lane metering, bag opening detection, filling confirmation, no-fill-no-seal, rejection, merging conveying, and data interface.
Parameters confirmed per project
Please provide same-batch empty bags, materials, target weight per bag, continuous feeding method, target cycle time, cleaning requirements, and factory space.
First see real working conditions
Recommended information before quotation
The more complete the samples, packaging materials, and site information, the easier it is to determine the equipment route, changeover scope, and line integration boundaries.
Configuration reference
- Four sets of bag feeding and gripping mechanisms verify consistency and synchronization with same-batch bag samples
- Coordinate material distribution and dosing times with all four pouch lanes during line trials.
- Cleaning maintenance, bag magazine replenishment, and abnormal lane isolation are included in layout evaluation
- Confirm throughput using production-specification pouches and actual product in a continuous full-process trial.
Prepare for selection
- Same-batch empty bag samples, bag dimensions, bag thickness, and heat-seal layer information
- Material flowability, feeding method, target weight per bag, and multi-lane distribution requirements
- Changeover frequency, cleaning method, abnormal lane handling, and finished product merging method
- Target cycle time, site space, power supply, air supply, and upstream feeding interface
First see real working conditions
Key Parameters
Output and Cycle Time
Confirmed based on four-lane bag supply consistency, metering distribution, bag opening success rate, bag mouth cleanliness, and sealing pressure holding. Actual capacity is confirmed by project trials.
Automation Scope
Four-lane automatic bag feeding and sealing; multi-lane metering, inspection, rejection, merging conveying are optional per project
Applicable Containers or Packaging
Pre-made bags with uniform specifications, consistent bag mouth, and continuous bag supply; special zipper bags or irregular bags require separate trials
Applicable Materials
Liquids, powders, granules, or small products with flowability and feeding stability suitable for multi-lane distribution
Packaging Materials and Consumables
Heat-sealable pre-made bags of consistent batch; bag thickness, friction, static, opening, and heat-seal layer must be verified
Basic Process
Four-lane bag feeding and picking, bag opening, optional multi-lane metering filling, bag mouth finishing, multi-lane heat sealing, and merging discharge
Tooling and Changeover
Evaluate synchronous adjustment of four sets of bag magazines, suction cups, grippers, discharge openings, sealing guides, and programs based on bag type
Power, Air Supply, and Layout
Confirm equipment dimensions, power supply, air supply, maintenance space, and upstream/downstream interfaces based on multi-lane drives, metering distribution, sealing area, merging conveying, and maintenance access
Steps from sample confirmation to delivery
Use same-batch bag samples to check bag feeding, picking, opening, and heat sealing performance.
Determine multi-lane metering, buffering, discharge sequence, and anti-cross-contamination measures.
Check synchronous actions, abnormal lanes, bag magazine replenishment, and finished product merging.
Accept according to agreed operating duration, pass criteria, cleaning, and changeover requirements.
Common configuration routes
Compare dual-lane, four-lane, and phased expansion solutions
Single-lane systems simplify changeovers and exception handling; four lanes suit stable pouch and product projects. Lane count never replaces a complete pouch-and-material trial.
Dual-lane priority
Suitable for projects with more specifications or moderate output targets; changeover and maintenance are relatively centralized.
Four-lane parallel
Suitable for projects with stable bag types, continuous material supply, and matching multi-lane metering.
Phased expansion
Configure some lanes first or reserve interfaces; subsequent expansion must confirm structural and control boundaries in advance.
Four-lane parallel pouch packaging
First see real working conditions
Frequently Asked Questions
Is the four-lane suitable for frequent bag type changes?
It is generally more suitable for batch projects with stable specifications. Frequent changeovers involve synchronous adjustment of multiple bag magazines, grippers, discharge, and sealing positions; changeover time and scope should be calculated first.
Can other lanes continue if one lane is abnormal?
Depends on control, feeding, and merging design. If lane isolation or degraded operation is required, the exception handling logic must be clarified during the proposal stage.
Send samples and requirements
First confirm samples, packaging materials, and process, then finalize configuration
Send complete premade pouches, mouth and seal-layer details, product samples, dose and tolerance, dust and venting behaviour, target cycle, cleaning/changeover needs and upstream/downstream interfaces.
Same-batch empty bag samples, bag dimensions, bag thickness, and heat-seal layer informationMaterial flowability, feeding method, target weight per bag, and multi-lane distribution requirementsChangeover frequency, cleaning method, abnormal lane handling, and finished product merging methodTarget cycle time, site space, power supply, air supply, and upstream feeding interface