Filling Capping Labeling Series

Filling Capping Labeling Series

Filling capping labeling series

As the packaging industry has grown, filling, capping and labeling have become the most important tasks. However, most manufacturers are not aware of the importance of these three processes. If you are looking for a solution to your packaging problems, then you should know more about these three processes. In this article, we will introduce RF Robot, MFX-6 rotary capping machine and Inventek AFTCATS.

RF Robot

The RF Robot filling capping labeling systems are designed to help you achieve maximum productivity. The series can be configured for a variety of packaging needs, including filling pharmaceuticals, personal care products, household chemicals, and other liquids. Each machine has an advanced electronic controller and can be configured for a variety of applications. The Advanced Line Rapid Filler can be easily customized to fill different sizes of pails, including RTU vials.

The CP-10 capping machine comes in a compact design, yet features powerful servomotors. These servomotors are able to accommodate different cap sizes, and feedback sensing is available to ensure consistent torque. Bottles ride into the machine on conveyors powered by an AC brushless drive-motor system linked to a variable-speed control. The RF 2415 has a generous 24-inch x 15-inch travel area. This machine is designed specifically for biotech and pharmaceutical manufacturing.

Datamax-O’Neil Performance Series

The FL-12 is a powerful, industrial-grade filling machine that uses servo motors and feedback sensing to ensure consistent torque across all cap sizes. The CP-10 capping machine includes an ergonomic color touch panel and features a torque control with feedback sensing. Both filling and capping machines offer flexibility and easy loading. The Datamax-O’Neil Performance Series for filling capping labels comes with a wide range of accessories for easy setup, operation, and maintenance.

MFX-6 rotary capping machine

MFX-6 rotary capping machine is a fully automatic rotary capping machine with six or eight stations. Its high-speed cap sorting feeder reliably dispenses the correct size caps into the machine’s rotary capping heads. This machine is also equipped with adjustable torque mechanical chucks, interlock safety guarding, and a touch screen HMI. Its high-speed capping head and modular design make it easy to use and to program the machine to fit a variety of containers.

The MFX-6 rotary capping machine has six squeeze screw cap heads and a servo piston system that allows it to handle different formats. It also has a food tank and multiple bottle formats, which make it ideal for packaging viscous products such as sauces. Its six squeeze screw cap heads enable it to process a variety of types of caps, including the newest generation of PET and plastic bottles.

MFX-6 rotary capping machine comes with a wide range of accessories. The automatic capping machine’s double magnetic moment rotating heads and positioning plate make it easy to adjust its speed. This machine works efficiently, reliably, and smoothly. It can handle both small and large production runs. Its automatic capping head has a range of 30 to 80 BpM, so it can cater to all types of capping jobs.

The MFX-6 rotary capping machine also features a high-speed servo piston filler. Its piston cylinder can fill from 50 ml up to 1,000 ml. It features feedback sensing to maintain constant torque across various cap sizes. It also features a color touch panel that provides easy loading, flexibility, and ease of use. With so many features, MFX-6 is the perfect capping machine for any size operation.

Inventek AFTCATS

The AFTCATS automatic filling and capping system features a PLC controlled by Omron for accurate process control. This system provides real-time process controls for fill measurement, cap height and torque, and label placement. The labeling system automatically applies labels to the filling and capping process and stores process data for future reference. Its unique design eliminates the need for a human operator to apply labels, and is completely automatic, so it is easy to install and operate.

The AFTCATS robotic bottling system is highly customizable. It prints the lot and item number, expiration date, and a 2D barcode. These labels can be customized for product spec, as well as for bottle movement. The system runs up to thirty hours a week, which is significantly less than the 30-hour production cycle of other filling and capping machinery. These features help you maximize efficiency while reducing labor costs.

The Inventek filling capping label systems automate the filling, tipping, capping, and label application process. The system is versatile enough to handle various bottle sizes and requires minimal mechanical setup, and can reach throughputs of twenty bottles per minute. It includes three Fanuc 200iC five-axis robots to perform bottle placement and pick and place caps. The robots work in tandem with a servo-controlled conveyor.

The CP-10 capping machine shares compact design with FL-12 filling machine. It uses powerful servomotors for consistent torque across cap sizes. Feedback sensing ensures consistent torque across cap sizes. Bottles are conveyed into the machine using AC brushless drive-motor system linked to a variable speed control. Easy parameter adjustments are made using the color touch panel on the machine. You can customize the machine by setting the torque value with the touch of a button.

Inventek AFTCATS with Omron PLC

The AFTCATS with Omron PSC filling capping labeling series is a fully automatic system that features a complete set of process controls, including fill measurement, cap height, and torque monitoring. The system also ensures proper label placement and verification, and all process data is recorded for archival purposes. The AFTCATS system has a high degree of automation, which ensures efficient operation and minimizes training requirements.

The system also comes with a touchscreen display, a pick-and-place loading robot, and Omron PLC filling capping and labeling systems. The AFTCATS system can operate 30 hours per week, significantly fewer than previous machinery. With a minimum throughput of 20 bottles/min, this machine can meet all production requirements.

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