First check applicable objects
Suitable for pre-made flat pouches or stand-up pouches that can be clamped, opened and vacuum treated; zipper and special pouch mouths require sample evaluation
Horizontal pouch feeding and vacuum sealing
Vacuum Horizontal Premade Pouch Packaging Machine
For premade flat, stand-up and similar pouches that can be gripped, opened and vacuum treated reliably. Use empty and filled samples to confirm barrier and seal layers, mouth contamination, allowable deformation, vacuum appearance or residual-oxygen target, then configure dosing, vacuum, optional gas flushing, shaping, inspection and rejection.
Actual equipment materialsVacuum pouch packagingParameters 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
Vacuum effect must be judged together with pouch material, product and sealing
Please provide empty pouches, filled pouches, product, vacuum appearance, allowable deformation, sealing requirements, target speed and gas requirements.
Packaging material and process must match
Vacuum pouches or composite pre-made pouches with appropriate barrier and heat seal properties; pouch thickness and heat seal layer verified by sample; pouch supply, opening, optional dosing filling, bag mouth finishing, vacuumizing, optional gas flushing, heat sealing and discharge
Optional modules are not standard
Optional dosing filling, gas flushing, bag mouth shaping, liquid trapping, inspection, rejection and finished product conveying.
Parameters confirmed per project
Please provide empty pouches, filled pouches, product, vacuum appearance, allowable deformation, sealing requirements, target speed and gas requirements.
First see real working conditions
Recommended information to provide 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
- Vacuum port, bag clamp and sealing position are confirmed based on actual pouch shape after filling
- Bag barrier properties, product liquid/dust content and bag mouth cleanliness are jointly verified
- Gas flushing, liquid trapping, shaping and inspection are described as optional modules
- Vacuum time, sealing parameters and output are confirmed based on filling tests and configuration
Prepare for selection
- Empty pouches, filled pouches, pouch structure and heat seal layer data
- Product state, liquid/dust content, sharp edges and product pressure resistance
- Target vacuum appearance, allowable residual air and sealing standards
- Target speed, gas flushing requirement, vacuum source and upstream/downstream interfaces
First see real working conditions
Key Parameters
Output and Speed
Confirmed based on filling time, vacuum treatment time, bag mouth finishing, product pressure resistance and sealing hold time. Actual capacity is confirmed by project trials.
Automation Scope
Horizontal automatic pouch feeding, vacuumizing and sealing; dosing, gas flushing, shaping, inspection and rejection are optional per project
Applicable Containers or Packaging
Suitable for pre-made flat pouches or stand-up pouches that can be clamped, opened and vacuum treated; zipper and special pouch mouths require sample evaluation
Applicable Products
Food, granules, powders or regular products; pressure resistance, liquid content, dust, sharp edges and vacuum appearance requirements must be specified
Packaging Materials and Consumables
Vacuum pouches or composite pre-made pouches with appropriate barrier and heat seal properties; pouch thickness and heat seal layer verified by sample
Basic Process
Pouch supply, opening, optional dosing filling, bag mouth finishing, vacuumizing, optional gas flushing, heat sealing and discharge
Tooling and Changeover
Adjust pouch magazine, clamps, vacuum port, sealing position and program according to pouch width, length, thickness and filled volume
Power, Air Supply and Layout
Confirm equipment dimensions, power, air supply, maintenance space and upstream/downstream interfaces based on vacuum system, sealing stations, dosing interface, optional gas and finished product conveying
Steps from sample confirmation to delivery
Confirm pouch type, fill volume, product distribution, bag mouth condition and finished appearance.
Observe product deformation, liquid or dust migration and pouch material conformity.
Check vacuum port retraction, bag mouth finishing, heat sealing window and leakage risk.
Accept according to agreed vacuum effect, sealing, speed and abnormal handling standards.
Common configuration routes
Compare standard heat sealing, vacuumizing and optional gas flushing solutions
Standard premade-pouch sealing, horizontal vacuum pouching and chamber vacuum routes differ by product behavior, mouth contamination, package appearance and residual-oxygen objective, not cycle alone.
Standard heat sealing route
Only filling and bag mouth heat sealing, suitable for products that do not require vacuum effect.
Vacuum sealing route
Adds vacuum treatment and checks product deformation, pouch material and sealing stability.
Vacuum plus gas flushing route
Optional gas flushing, requires separate confirmation of gas source, safety and residual acceptance.
Horizontal pouch feeding and vacuum sealing
First see real working conditions
Frequently Asked Questions
Will the pouch deform the product after vacuumizing?
Depends on product pressure resistance, pouch material and target vacuum effect. The vacuum process must be adjusted using actual filled pouch samples; a gentler scheme can be chosen if necessary.
Can gas be flushed after vacuumizing?
Gas flushing can be evaluated, but gas type, interface, residual target, safety and acceptance method must be defined during the project phase.
Send samples and requirements
First confirm samples, packaging materials and process, then determine final configuration
Send empty and filled pouches, dimensions, material structure, product and fill amount, mouth contamination, allowable deformation, vacuum appearance or residual-oxygen objective, seal acceptance, target cycle and layout.
Empty pouches, filled pouches, pouch structure and heat seal layer dataProduct state, liquid/dust content, sharp edges and product pressure resistanceTarget vacuum appearance, allowable residual air and sealing standardsTarget speed, gas flushing requirement, vacuum source and upstream/downstream interfaces