4 Solution for side loading, modular, compact and flexible case packer. Designed for high per minute case production, all in a single monoblock. The FL-4 is a side loading, modular, compact and flexible packer, designed for high per minute case production, all in a single monoblock. With this generation of packers, the market needs in automating the end of line products whose regular forms are readily manageable at high production volumes are catered to. Unit for side loading case packer with high speed case erector of four stations allows incorporation of any power system or stacking of containers according to the characteristics of the same. A renewed highly accessible design for easy operation that supports a variety of possible configurations depending on the type of product specifications and the required production speed. High performance equipment to work with high standards and excellent production efficiency. Characteristics > 4 loading stations: 2 for forming, filling and closing of cases. > Occupies small amount of space. > Rapidly changes the mechanical format and stores them in a PLC. > No introduction device in the absence of case. > Electrical and mechanical protections as per regulations. > Designed for high per minute case production > Valid for RSC case. > Reaches an output of up to 25 cases/minute. Prodec Equipos de Envasado, S.A.U. ■ Telf. +34 93 721 12 46 ■ Fax +34 93 721 30 64 ■ email: [email protected] ■ www.prodec.es

4 Solution for side loading, modular, compact and flexible case packer. Designed for high per minute case production, all in a single monoblock. Technical information An accessible and user-friendly design, plan for the grouping of containers, forming, filling and closing of cases in a single compact unit. Lifting or lowering carriers are available for the rigid or flexible packing of cases and specific power systems for packaging cannot be combined with each other. Ergonomic case store and large capacity. The machine incorporates a forced opening of the cases to ensure the correct position at...