Automatic Inline Capper

The TurboFil Inline Capper is a servo-controlled capping system designed to automatically apply and tighten caps on bottles in a continuous inline packaging operation. It is suitable for pharmaceutical, cosmetic, chemical, and general packaging applications that require consistent cap placement and controlled torque.

The Inline Capper can be mounted directly onto an existing conveyor or supplied with a conveyor as part of a turnkey solution. It supports both fully automatic operation using a cap feeder and semi-automatic operation with manually placed caps on a cap track, offering flexibility for different production environments.

Servo control of the capping chuck provides precise torque adjustment through the operator interface, ensuring reliable and repeatable capping across a wide range of container and cap styles. Pneumatic grippers securely hold bottles during the capping process, while a servo-driven linear slide delivers smooth and controlled vertical motion of the capping head.

Designed for moderate-speed production, the Inline Capper is capable of capping up to 30 bottles per minute, depending on container type, cap style, and line configuration. The system integrates easily into conveyor-based packaging lines and pairs well with filling, labeling, and inspection equipment.

Compact, reliable, and easy to operate, the TurboFil Inline Capper provides a cost-effective solution for inline bottle capping. Backed by TurboFil’s engineering expertise, the system can be configured and customized to meet specific application and production requirements.

Features

• Speeds up to 30 bottles per minute

• Excellent partner for Turbofil’s UniPuck Adjustable Puck Line

• Automatic elevator feeder with track and sensors

• 1.5 cu. ft. hopper

• Stainless steel discharge chute and cap applicator

• Pneumatic chuck

• Cap tightener with servo control and adjustable torque

• Servo controlled linear slide for the up and down motion.

• Pneumatic gripper to grip the bottle.

• Ability to control clockwise and counterclockwise rotation of chuck via HMI