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Coster Group launches next generation Aerosol Filling Machine “53eC”

Coster Machinery Division is expanding its wide aerosol filling machines portfolio with 53eC, a brand newindexing machine designed for high output, extra flexibility and connectivity.

Headquartered in Milan, Italy, since its foundation in 1963, Coster Machinery Division has designed and produced a wide range of high-quality filling machines for any type of aerosol products. An estimated number of 1,5 billion of aerosol cans are filled every year all over the world with Coster filling equipment, making Coster among the leading global suppliers of aerosol filling solutions.

Coster’s new entry 53eC results from years of continued innovation and research, specifically addressing the challenges of a market which is becoming more and more dynamic, fast changing and evolving to a higher level of Industrial Automation. Some of the key features of the new machine are:  

  • High production capacity with the possibility to work in three different configurations: triple, double as well as single pitch, which can be interchangeable according to the client’s needs with maximum speed up to 120 CPM.
  • 36 head positions.
  • Suitable for filling all kinds of cans and bottles.
  • High end industrial automation with brushless motors and with all the operations electronically controlled.
  • Quality inspection via camera systems.
  • Simple, flexible, and completely connected with Industrial IoT.

“Nowadays, aerosol filling operations are under great pressure to deliver on competitiveness and productivity in a market that requires full flexibility and fast time to market. With 53eC, we aim at providing an answer to these needs, combining the flexibility advantages of the indexing technology with full process control and triple-pitch configuration to ensure high productivity. And all with easy-to-use ergonomics and interfaces as well as full connectivity for real-time production monitoring and data control.”  

Likewise, Coster’s 53eC also assures strong sustainability benefits by minimizing energy consumptions, inefficiencies and waste, all in one machine which is intuitive and user friendly for the operators and allows remote production monitoring and predictive maintenance programs.

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