A batch of fruit only represents value when its quality is assessed reliably and the product reaches the right market segment.
GeoSort helps packing facilities sort fruit objectively and consistently by quality, color, size, and other product characteristics. This gives you more control over quality, sales channels, and packing processes.
Many packing facilities face the same challenges:
In this context, reliable quality assessment is becoming increasingly important.
GeoSort evaluates each fruit according to preset quality criteria and automatically sorts the product into the required quality classes.
This creates a repeatable sorting result that does not depend on individual judgement. It also makes it easier to serve different markets and customers with consistent product quality.
What does this deliver operationally?
Customers choose GeoSort because they want more control over their process. Commonly mentioned benefits include:
Behind GeoSort is advanced inspection technology that automatically analyzes various quality characteristics during the sorting process.
Depending on the product and configuration, GeoSort can assess, among other things:
The collected data not only supports sorting, but also provides insight into product quality and process performance.
GeoSort is used worldwide for a wide range of fruit types and business situations.
For companies that want to increase capacity without compromising on quality.
No two packing facilities are the same. That is why GREEFA projects do not start with a machine, but with an analysis of the process, the products, and the objectives.
With experience in sorting, quality control, packing, and complete line integration, GREEFA supports both standard solutions and complex projects worldwide.
We would be pleased to show you the solutions we have developed and built for other customers.
For specific processing environments, GeoSort is also available in a stainless steel version. This can be useful where hygiene, cleaning requirements, or operating conditions call for a more robust machine design.