Many capping problems are actually bottle handling problems. If a bottle twists, flexes, tips or lifts during capping, the closure may not tighten or seat correctly even when the head is set properly.
Many capping problems are actually bottle handling problems. If a bottle twists, flexes, tips or lifts during capping, the closure may not tighten or seat correctly even when the head is set properly.
Bottle stability guide for capping machines. Learn how bottle shape, height, material and grip affect screw capping, pump capping and trigger capping.
Discuss this requirement →Tall, narrow containers may need side belts, neck guides, pucks or indexing to keep them stable.
Thin-wall plastic containers can deform under side grip or downward pressure, changing cap engagement and torque results.
Oval, tapered or handled bottles need different guides compared with round bottles. Send samples before final specification.
Photos and dimensions can start the discussion. Physical bottle and cap samples are normally the best way to confirm tooling, cap feeding, bottle support and realistic output.
Tipping, spinning, inconsistent torque, missed caps, skewed caps and scuffing can all point to bottle control problems.
Often yes, because they are easier to guide and grip, but material, height and closure type still matter.
Usually yes if the correct support method is designed into the machine.
