Compare manual, foot-pedal and conveyor-fed can seamers, plus dedicated vacuum and nitrogen-flushing systems. Match the can and lid samples, tooling, product and required output before choosing a machine.
Match the machine to your can material, lid design and production process.
Choose the machine for the complete can-and-lid combination. Different models serve compatible PET, metal or composite paper cans, with manual loading, foot-pedal operation or continuous conveying. Can seaming joins a matching lid to the can rim; it is a different operation from screw capping or cup-film heat sealing. Filling, vacuum and nitrogen functions must be specified separately.
Tell us the contents, filling conditions and required closure. Material alone does not determine compatibility: the can rim, lid profile and tooling must work together.
Compare the closing task first, then choose the required level of automation.
Start with manual PET-can seaming for compatible small batches, a foot-pedal machine for operator-loaded cans, or an automatic system for continuous conveying. Confirm lid placement and tooling for each format.
FJG100 manual PET seamer · CS3 foot-pedal seamer · CS380 automatic system
Use a configuration designed for vacuum or vacuum-plus-nitrogen processing. Confirm cycle time, can strength and the required package result. AFK400 nitrogen mode requires an external nitrogen source.
Square and oval cans require matched tooling and a suitable seaming system. For beverage projects, compare a coordinated filling and closing line. A multi-shape machine still needs each can and lid configuration checked.
View AFK350 shaped-can system · View CBFC4 beer can filling & sealing
The details needed to review tooling, handling and production capacity.
Clarify format compatibility and included functions before choosing equipment.
No. Compatibility depends on the can material, dimensions, rim and lid profile, as well as the tooling. A matching diameter alone does not establish compatibility.
A change in can diameter or lid specification may require a different chuck, support or other tooling. Height adjustment alone does not cover every format change; provide each can-and-lid combination for review.
Not necessarily. Check whether the selected configuration includes lid storage, delivery and placement, and whether the operator still needs to load cans or position lids.
Yes. Plastic and PET cans, aluminum and tinplate food cans, and compatible composite paper cans are included. Select a model designed for the actual can-and-lid combination; one machine is not necessarily suitable for every material.
No. Choose a dedicated vacuum or vacuum-and-nitrogen configuration when the process requires it. Confirm the operating mode, gas supply, cycle time and required residual oxygen level for your product and package.
Not automatically. The AFK400 listing requires an external nitrogen cylinder or generator for nitrogen mode; the machine does not produce nitrogen. Confirm gas quality, supply and connection requirements for the selected system.
No. The current AFK350 configuration does not support vacuum sealing. It uses sample-matched tooling for square, oval or round metal cans and is normally configured for one main can specification.
Provide representative empty cans and matching lids, dimensional drawings, the packed product and filling conditions, target output, and your seam or closure acceptance requirements. Finished closure quality should be checked against the can and lid specification.
Yes. Integrated beverage systems and powder-packaging lines with can-sealing modules are available. Match the filler to the contents and the sealer to the can and lid, then check transfer, lid feeding and finished-line output together.
Send can and lid samples, product details and target output. We can review a standalone sealer or the sealing stage of a filling line, including any vacuum or nitrogen requirements.
