Filling, Capping and Labeling Series

This machine integrates filling, capping and labeling into a smooth production line. Its PLC based system and mechanical assembly make it easy to use and operate.

It can be used for plastic tube liquid or reagent packaging with screw caps; it can auto finish tube feeding, filling, servo capping, tube exiting & adhesive sticker labeling.

Cap Placement

The present invention provides an apparatus for automatically performing cap removal, cap fill and cap replacement operations on syringe bodies without any manual handling of the syringe bodies. The apparatus includes a series of holders configured to hold a plurality of syringe bodies in substantial parallel relation with each other and with the dispensing ends of the syringe bodies extending therefrom. The holder has a support member disposed to move towards and away from the dispensing ends of the syringes. The support member may also be actuatable to perform cap removal, cap fill and cap replacement functions on the syringe bodies.

During operation of the apparatus, the cap C is moved by the drum 72 to a position where the cap C is engaged in the jaws 160 by the slotted cam lever 134. At this position, the syringe S is moved to a filling station 90. During the filling process, the syringe S is filled with a liquid medicament. After the fill is completed, the syringe S is re-capped with the cap C in a caps check position.

During the caps check position, a sensor (not shown) is used to determine whether or not the cap C has been replaced correctly. If the cap C is not properly placed, the syringe S is stopped and/or an alarm is sounded by the apparatus. Upon stopping the syringe S, the drum 72 is rotated to another caps check position where a similar cap-check process is performed.

Cap Turning

The ability to produce high-quality filling, capping and labeling production lines is important for CBD producers and wholesalers. These companies need to be able to send out samples of their products to potential buyers. With restrictions on travel and large gatherings, these businesses are finding new ways to market their products online and reach consumers. High-quality packaging will help them stand out from the competition and increase their sales and profits.

Cap turning is a critical component to the overall quality of bottle and capping operations. When a container has been capped correctly, the applied torque can be verified by testing for a peak in Filling capping labeling series the application of torque. This peak in the application of torque can be caused by many different variables. Some of these include vibrations, thermal stress during transportation or storage, and production processes like hot filling or induction sealing.

In addition, variations in magnetic/ electrical or pneumatic settings on chuck capper heads and the speed of the inline spindle type capping machines can amplify or offset the torque decay factor. This can cause the applied and release torque to be inconsistent.

To combat this, manufacturers are making their capping equipment more flexible in order to adjust for a wider range of container and cap types and sizes. However, it is important for end users to weigh the flexibility of a machine against the specialty requirements they have for their specific containers and caps.

Labeling

Labeling is the process of applying labels to a product. This Filling capping labeling series can be a very important step, as it helps differentiate products and brands. There are a number of different types of labels, and many machines are capable of applying them to plastic or glass bottles. Some of these machines are fully automatic, while others are semi-automatic.

This machine is equipped with a conveyor that transports the bottle to be capped. It then places a cap on the bottle and turns it. Once the cap is on, the system moves the bottle to the next station. This station is responsible for labeling the bottle. Since the test tubes are unstable, they are transferred to a labeling next machine horizontally.

SP offers multiple filling, capping and labeling systems for oral and ophthalmic vials, syringes and cartridges. These systems offer the sterility and accuracy needed for pharmaceutical manufacturing. They also meet the stringent quality requirements of GMP and FDA regulations.

Control

A capping machine is one of the most important parts of any bottle filling and labeling system. It ensures that your product is sealed tightly, prevents leaks and spills, and protects the container from contamination after production.

Choosing the right capping solution depends on many factors. For example, you must consider the number of bottles you want to crate per minute, your container shape and size, and your desired level of precision. To help you understand these factors, Rick Jensen, project engineer with FILAMATIC, discusses a few tips for selecting the best capping system for your needs.

The filling and capping machines can handle a wide range of containers, including syringes, vials, and tubes. They can also handle different caps and lids, including screw caps, snap caps, flip-tops, and spray-type caps. They are typically equipped with a PLC control system that provides real-time process controls. These include cap height measurement, torque monitoring, item and lot number validation, and automated label placement. They can also record and store all process data for archival purposes. The system can even monitor and verify the temperature of the capping area to ensure that your product is safe for consumption. The system can also detect any problems in the production line and shut down when needed. This can save you time and money by preventing production delays.