Processing line - Import export

In a fruit or vegetable processing line, storage is often required to feed the line, process the various categories of products and smooth out the flows between the different machines as well as in case of stoppage of the production line.Feed hoppers that depend on the Product Product transport mode or the container The production capacity of the line Buffer hoppers with adjustable feed system.

Today, waste management has become a genuine challenge in sustainable development and yield on fruit and vegetable processing lines. Femia provides solutions aimed at extracting only the waste, without affecting the processing of good products. According to a model based on green and circular economy, they are then brought together, recovered and recycled.We design, along with you, a logic for customised waste recovery, according to your material recycling objectives (animal feed, farm use with or without composting), energy (methanisation) or incineration with energy recovery. We integrate the recovery approach right from the design phase for your production lines in order to allow your conveyors progressive and facilitated recovery of wastes all throughout theproduction lines.

Conveying is an important element in the performance of your production lines with the dual challenge of limiting product degradation and losses as well as the proper feed on to the downstream machine, an essential point for optimum performance.Belt conveyor, vibrating conveyor, flighted belt elevators, scraper or bucket elevators, hydraulic transporters, we can adapt many conveying solutions to your lines. Our conveying systems must be selected according to the architecture of the preparation line and products processed in order to represent the solution that will provide you with the best performance and meet the particular challenges of your production.In addition to the diversity of the machines that we can apply to your line, our know how resides in our ability to adapt to your needs. We propose a solution that aims to optimise the layout for a minimum amount of space occupied while still including the maintenance constraints.