Screw & Twist-Off Caps
Match the closure thread and tightening method. Vacuum capping requires a suitable model and process.
Screw cappers →Twist-off cappers →ZONESUN capping machines close bottles and jars with screw caps, pumps, trigger sprayers, perfume or vial crimp seals, ROPP caps, corks and press-on lids. Choose a dedicated closing mechanism and tooling for your closure, from manual and tabletop equipment to automatic conveyor-fed systems.
Choose the closure method first, then compare tooling, operator tasks and output.
Match the closure thread and tightening method. Vacuum capping requires a suitable model and process.
Screw cappers →Twist-off cappers →Check dip-tube handling, cap placement and tightening. A feeder-only module needs a separate capping station.
Pump cappers →Trigger pump cappers →Confirm the neck finish, seal size and tooling. Perfume-pump crimping and vial closure use different setups.
Perfume crimpers →Vial cappers →Choose tooling for the aluminum shell and bottle neck. Confirm thread-forming and closure requirements.
ROPP cappers →Check the required pressing action and container support. Inner-lid placement may precede a separate outer-cap station.
Press-on cappers →Inner-lid inserters →These closures need different mechanisms. Select cork-insertion equipment or a dedicated crown-cap crimper.
Corking machines →Crown cappers →Need vacuum processing for suitable jar closures? Explore Vacuum Capping Machines. For double-seamed cans, use Can Seamers.
Compare how bottles and caps reach the station, and which steps still need an operator.
For operator-led batches. Compare hand tools and powered handheld cappers by closure fit, handling and repeatability.
Compare manual cappers →An operator loads the bottle or cap for the machine cycle. Check fixture changes, cap tooling and air supply.
Compare semi-automatic cappers →For conveyor-fed production. Confirm whether sorting, cap placement, tightening and rejection are included or separate.
Compare automatic cappers →Closure style, dimensions, neck finish, liner and any dip tube.
Photos or drawings, material, shape, height and stability.
Required torque, crimp or pressing result, plus inspection criteria.
Target containers per minute, cap loading and changeover needs.
Standard formats can be reviewed from clear specifications. Custom tooling or unusual closures may require samples and a trial.
Plan transfer height, container spacing, line speed and controls together. Specify cap feeding separately from the closing station.
Filling & Capping Systems · Complete Packaging Lines · Labeling Machines
Supporting equipment: Feeders & Auxiliary Equipment · Replacement Chucks & Parts
Compare the ZS-YG10A pneumatic vial crimper, ZS-YG60B2 semi-automatic screw capper and ZS-XG16PC brush-cap feeding and screw-capping line. These use different closure configurations; confirm the neck finish, cap dimensions and included operations for your package.
Do not assume interchangeability. These closures use different closing mechanisms. Confirm the supported closure family, bottle neck and tooling for each model.
Not always. Some machines tighten caps placed by an operator or a separate module. Check which sorting, placement and closing stages are included in the quoted configuration.
Provide the closure supplier's requirements and all bottle and cap formats. Torque adjustment, measurement and feedback differ by model; changing sizes may require different chucks, guides or fixtures.
No. Tightening a cap and bonding an induction liner are separate operations. Where a foil seal is required, confirm the container, cap and liner compatibility and the additional sealing station.
Send cap and container details, target output and your existing line layout for a suitable configuration.