Spout & Cap
Diameter, location, cap style, tamper evidence, flow, and fit are reviewed around the product and user experience.
Flexible packaging
Develop a spouted pouch as a complete dispensing system: pouch geometry, film structure, spout and cap, filling method, seals, transport, and consumer use must work together.

Diameter, location, cap style, tamper evidence, flow, and fit are reviewed around the product and user experience.
Stand-up, shaped, refill, and application-specific formats can be evaluated against fill volume and handling needs.
Barrier, stiffness, flex-crack, sealability, product compatibility, and storage conditions guide structure selection.
Premade-pouch filling, hot or ambient conditions, headspace, torque, and seal areas must be confirmed with the filling process.
Spouted pouches are often considered for products that need controlled dispensing, reclosure, portability, or a refill format. Final suitability depends on the product and process.
Share the product, viscosity, fill volume, filling temperature and method, storage conditions, expected shelf life, spout position, cap needs, package dimensions, quantity, and distribution environment.
Product compatibility, seal integrity, drop and transport performance, spout weld, cap fit, leak resistance, and filling-line compatibility may require samples or application-specific testing before production approval.
Possibly, but the complete structure, spout, cap, sealing process, fill temperature, cooling process, and product compatibility must be reviewed and tested for the specific application.
Provide the product, viscosity, fill volume, pouch dimensions or reference, spout and cap preference, filling method and temperature, quantity, artwork status, and target timing.
Custom geometry and spout position can be evaluated against tooling, filling, sealing, handling, quantity, and production requirements.