Tecnología de vanguardia eBeam para la industria del envase para bebidas
La plataforma Tetra Pak® E3 se trata de una serie de máquinas de llenado que utilizan tecnología eBeam para esterilizar el material para envasado al reemplazar el proceso de esterilización con peróxido de hidrógeno tradicional para el material de envasado, a la vez que garantiza el mismo rendimiento de esterilización. La tecnología de esterilización eBeam funciona enfocando un haz controlado de electrones sobre la superficie del material de envase, a fin de eliminar cualquier microorganismo que pueda llegar a ingresar a través de la máquina de llenado.
Ventajas de la tecnología eBeam
eBeam
Nueva técnica de esterilización para envasado Tetra Pak
Watch the eBeam video
eBeam
Reduzca el costo operativo
The new sterilisation technique offers numerous advantages such as higher production capacity with no increase in machine dimensions. The Tetra Pak® E3/Speed Hyper filling machine is able to reach 40,000 portion packs per hour, a more than 60% improvement compared with our existing Tetra Pak® A3 platform. In this way, you may save up to 20% in operational cost due to improved efficiency.
eBeam
Mejore el desempeño medioambiental
The use of the eBeam system instead of hydrogen peroxide means fewer chemicals need to be stored and treated, leading to reduced consumption of water and energy.
The continuous operation of eBeam reduces the packaging and product waste that happens during the set up for the hydrogen peroxide sterilisation process, allowing you to improve your environmental performance.
Flexibilidad de producción
The new platform allows for higher modularity in terms of filled product types. Thanks to eBeam technology, you can use the same machine to move from pasteurised filling to extended shelf life production.
Tecnología innovadora
Tetra Pak® E3, a filling machine platform bringing the breakthrough technology eBeam to the beverage carton industry for the first time. eBeam replaces the traditional hydrogen peroxide (H2O2) sterilisation process for packaging materials.
