Verify applicable object first
Pre-made stand-up pouches with fixed spouts or similar flexible pouches; spout shape, position, pouch dimensions, and support method confirmed per actual sample
Spout Pouch Filling and Screw Capping
Spout Pouch Filling and Screw Capping Integrated Machine
The machine links spout positioning and pouch support with liquid or paste filling, cap supply, placement and screw capping. Validate spout dimensions and direction, pouch rigidity, foaming, dripping and stringing, dose, cap supply, torque, cleaning and downstream inspection with the actual pouch, cap and product.
Actual equipment materialSpout positioning and screw cappingParameters confirmed per project
See actual working conditions first
Flexible pouch support, spout, and cap must be tested as a set
Please provide spout pouches, caps, product, fill volume range, torque and seal requirements, cleaning method, and target cycle time.
Packaging materials and process must match
Spout pouches, screw caps, and related seals must be matched; cap orientation, thread, torque, and seal effect verified per sample; spout pouch feeding and positioning, metered filling, optional cap sorting, cap feeding, screw capping, inspection, and discharge
Optional modules are not standard
Optional pouch feeding, cap sorting, suck-back anti-drip, level or cap inspection, rejection, inkjet coding, and downstream conveying.
Parameters confirmed per project
Please provide spout pouches, caps, product, fill volume range, torque and seal requirements, cleaning method, and target cycle time.
See actual working conditions first
Recommended information to provide before quotation
The more complete the samples, packaging materials, and site data, the easier to determine equipment route, changeover scope, and line integration boundaries.
Flexible pouch support, spout, and cap must be tested as a set
- Spout clamping and flexible pouch support structure jointly verified with actual spout pouches
- Filling metering and anti-drip solution selected based on viscosity, foaming, and particle conditions
- Cap sorting, inspection, rejection, inkjet coding, and downstream conveying clearly defined as optional modules
- Screw capping torque, seal effect, and actual cycle time confirmed through pouch-cap combination testing
Recommended information to provide before quotation
- Empty spout pouches, caps, and filled finished product samples
- Product viscosity, temperature, foaming, stringing, particles, and cleaning data
- Fill volume range, allowable tolerance, screw capping torque, and seal standard
- Target cycle time, feeding method, site space, and downstream interface
See actual working conditions first
Safe specification parameter range
Please provide spout pouches, caps, product, fill volume range, torque and seal requirements, cleaning method, and target cycle time.
Capacity and Cycle Time
Confirmed based on pouch feeding, filling time, anti-drip, cap supply, capping action, and discharge stability; no fixed values published without project verification
Automation Scope
Automatic spout pouch positioning, filling, and screw capping; pouch feeding, cap sorting, inspection, rejection, and downstream conveying configured per project
Applicable Container or Packaging
Pre-made stand-up pouches with fixed spouts or similar flexible pouches; spout shape, position, pouch dimensions, and support method confirmed per actual sample
Applicable Product
Liquids, pastes, or products containing small particles; viscosity, temperature, foaming, stringing, particles, and cleaning conditions must be specified
Packaging Materials and Consumables
Spout pouches, screw caps, and related seals must be matched; cap orientation, thread, torque, and seal effect verified per sample
Basic Process
Spout pouch feeding and positioning, metered filling, optional cap sorting, cap feeding, screw capping, inspection, and discharge
Tooling and Changeover
Replace or adjust fixtures, filling nozzles, cap feeding guides, capping heads, and pouch supports according to spout and cap specifications
Power, Air Supply, and Layout
Confirm machine dimensions, power, air supply, maintenance space, and upstream/downstream interfaces based on filling metering, cap sorting and capping, pouch support, cleaning, and optional inspection modules
Common configuration routes
Steps from sample confirmation to delivery
The more complete the samples, packaging materials, and site data, the easier to determine equipment route, changeover scope, and line integration boundaries.
Confirm spout shape, thread, cap orientation, clamping, and seal requirements.
Verify metering, anti-drip, foam control, and cleaning structure.
Check cap sorting, cap feeding, torque, pouch support, and discharge stability.
Use agreed pouch and cap to check filling, sealing, continuous operation, and changeover.
Common configuration routes
Compare semi-automatic, automatic integrated, and optional downstream solutions
Semi-automatic, integrated automatic and line-connected routes have different boundaries. Heat-sealing an ordinary premade pouch is not the same main-machine route as capping a spout pouch.
Semi-automatic Filling and CappingManual pouch or cap feeding, suitable for projects with moderate cycle time requirements or multiple specifications.
Automatic Integrated SolutionContinuous pouch positioning, filling, cap feeding, and screw capping; requires stable pouch and cap supply.
With Inspection and DownstreamOptional level, cap, or torque-related inspection, inkjet coding, and conveying interface.
Spout Pouch Filling and Screw Capping
Semi-automatic, integrated automatic and line-connected routes have different boundaries. Heat-sealing an ordinary premade pouch is not the same main-machine route as capping a spout pouch.
See actual working conditions first
Frequently Asked Questions
Please provide spout pouches, caps, product, fill volume range, torque and seal requirements, cleaning method, and target cycle time.
Can the machine handle different spouts and caps?
It can be evaluated, but differences in spout shape, thread, cap height, and torque affect fixtures, guides, and capping heads; replacement parts and re-tuning are usually required.
What if the pouch wobbles after filling?
This needs to be addressed through pouch support, clamping position, filling speed, and discharge guidance; the specific structure is confirmed based on fill volume and pouch rigidity.
Send samples and requirements
Confirm samples, packaging materials, and process first, then finalize configuration
Send pouch, spout and cap samples or drawings, product and temperature, dose, foaming/drip/string behaviour, torque, cleaning/changeover, inspection and target cycle.
Empty spout pouches, caps, and filled finished product samplesProduct viscosity, temperature, foaming, stringing, particles, and cleaning dataFill volume range, allowable tolerance, screw capping torque, and seal standardTarget cycle time, feeding method, site space, and downstream interface