This machine is a high-automation continuous screw-capping system designed for in-line production. It integrates three previously separate operations — cap arranging, cap placement, and screw-tightening — into a single continuous process, making it ideal for manufacturers who need reliable, high-speed capping with minimal manual intervention.

Built around a stainless steel frame and controlled through a PLC with touchscreen interface, this capper is suited to bottling lines across food, beverage, pharmaceutical, cosmetic, and household chemical production.

Key Features

• Fully integrated cap handling — automatically arranges loose caps, places them onto bottles, and screws them to the correct tightness, all in one continuous motion, removing the need for separate cap-sorting or manual cap-placement steps.
• Quick size changeover — switching between different bottle and cap sizes requires replacing only a small number of parts (such as the cap mould/chuck), so the machine adapts to multiple product lines without major downtime.
• Pre-rotation + inverted rotation function — before final tightening, the capping heads perform a pre-rotation pass to properly seat the cap thread, significantly improving the capping pass rate and reducing cross-threaded or loose caps.
• Durable stainless steel construction — the shelf, frame, and main structural components are built from 340# stainless steel, giving the machine a clean, corrosion-resistant, long-lasting build suited to washdown environments.
• PLC + touchscreen control — human-machine interface allows operators to adjust speed, torque, and capping parameters directly from the touchscreen without needing manual mechanical adjustment.
• Reliable domestic-brand electricals & pneumatics — main electrical and pneumatic components are sourced from well-known established brands, ensuring stable, consistent performance over long production runs.
• 8-head rotary configuration — multiple capping heads working in sequence around the rotary index table allow for continuous, high-throughput capping rather than single-station stop-start operation.

Technical Specifications