Check applicable objects first
Pre-made flat pouches, stand-up pouches or similar pouch types with stable dimensions and opening structure; zipper and shaped pouches require sample evaluation
Parallel horizontal pouch packaging
Dual-Lane Horizontal Premade Pouch Packaging Machine
Prove pouch pickup, opening, dosing, mouth preparation and sealing with same-lot pouches and real product before comparing two-lane, four-lane or rotary architectures.
Actual equipment footageDual-lane bag pathParameters 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 actual working conditions
Both bag paths must be separately verified for bag supply, opening and sealing stability
Please provide empty pouches, filled pouches, product, target fill weight per pouch, mouth cleanliness requirements, target cycle time and workshop interfaces.
Match packaging materials and process
Heat-sealable pre-made pouches; mouth flatness, layers, zipper and heat seal layer are confirmed per pouch sample; dual-lane bag supply, picking, opening, optional metering filling, mouth finishing, heat sealing and discharge
Optional modules are not standard
Optional liquid pump, auger, multi-head weigher, opening detection, no-fill-no-seal, rejection, coding and finished product conveying.
Parameters confirmed per project
Please provide empty pouches, filled pouches, product, target fill weight per pouch, mouth cleanliness requirements, target cycle time and workshop interfaces.
First see actual 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
- The bag magazines, picking, opening and gripping actions of both lanes are verified with the same pouch sample
- Metering system is selected according to liquid, powder, granule or small piece product respectively
- Opening detection, no-fill-no-seal, rejection and coding are confirmed as optional modules
- Actual dual-lane cycle time is determined by full process testing of bag supply, metering and sealing
Prepare for selection
- Empty and filled pouches, pouch dimensions and heat seal layer data
- Product state, target fill weight per pouch and allowable residue or dust conditions
- Whether zipper, degassing, coding, inspection and rejection are needed
- Target cycle time, power and air supply, feeding height and finished product conveying direction
First see actual working conditions
Key Parameters
Capacity and cycle time
Confirmed based on bag supply stability, opening success rate, metering time, mouth finishing and sealing dwell. Actual capacity is confirmed by project trials.
Automation scope
Dual-lane automatic bag feeding and sealing; metering, inspection, rejection and downstream conveying are selected per project
Applicable containers or packaging
Pre-made flat pouches, stand-up pouches or similar pouch types with stable dimensions and opening structure; zipper and shaped pouches require sample evaluation
Applicable products
Liquids, pastes, powders, granules or regular small pieces; metering method must be selected and verified for each product
Packaging materials and consumables
Heat-sealable pre-made pouches; mouth flatness, layers, zipper and heat seal layer are confirmed per pouch sample
Basic process
Dual-lane bag supply, picking, opening, optional metering filling, mouth finishing, heat sealing and discharge
Tooling and changeover
Adjust or replace bag magazine, suction cups, grippers and sealing guides according to pouch width, length, opening structure and filling nozzle size
Power, air supply and layout
Confirm equipment dimensions, power, air supply, maintenance space and upstream/downstream interfaces based on dual-lane drives, metering system, heat sealing station, inspection and conveying modules
Steps from sample confirmation to delivery
Check pouch mouth flatness, opening characteristics, gripping position and heat seal layer.
Determine pump, auger, weigher or other method based on product state and target fill weight.
Check bag supply, opening, product drop, mouth finishing and heat sealing actions.
Accept according to agreed pouch sample, product, cycle time, waste handling and changeover standards.
Common configuration routes
Compare single-lane, dual-lane and optional inspection configurations
Two-lane, four-lane and rotary pouch systems differ not only in speed but also pouch consistency, dosing distribution, changeover space, exception recovery and maintenance.
Basic dual-lane
Main machine performs dual-lane bag picking, opening, gripping, sealing and discharge; metering interface is confirmed separately.
Dual metering configuration
Each lane is matched with a metering system; focus on checking product drop time and mutual interference.
With inspection downstream
Optional opening, filling or sealing inspection and rejection, and connect to finished product conveying.
Parallel horizontal pouch packaging
First see actual working conditions
Frequently Asked Questions
Can the dual-lane machine package two different pouch types?
Need to compare pouch width, length, opening, gripping and sealing positions separately. If differences are large, simultaneous operation is not recommended; changeover range and program must be confirmed in advance.
Is the metering system included in the main machine?
Not by default. The interface between the main machine and liquid pump, auger, multi-head weigher or other metering equipment is selected based on product and target fill weight.
Send samples and requirements
First confirm samples, packaging materials and process, then determine final configuration
Send pouches, style and dimensions, laminate structure, opening method, product behaviour and dose, dosing route, mouth contamination and deaeration, seal criteria, changeovers, target cycle and downstream inspection or case packing.
Empty and filled pouches, pouch dimensions and heat seal layer dataProduct state, target fill weight per pouch and allowable residue or dust conditionsWhether zipper, degassing, coding, inspection and rejection are neededTarget cycle time, power and air supply, feeding height and finished product conveying direction