The GSort utilizes a density separation process that operates on an inclined vibrating deck. As an upward air stream flows through the deck, it differentially affects the materials being sorted:

• Lower density materials move downward along the incline, floating above the deck without making contact.
• Higher density materials maintain contact with the vibrating deck and are carried upward by the motion.

The GSort is designed for easy and rapid customization of operational parameters, ensuring optimal alignment with the specific characteristics of the material being processed. Precision in separation is attained by fine-tuning the following settings:

• Air flow and its velocity distribution
• Positioning of the overflow flap
• Angle of the table tilt
• Frequency of the vibration

Once installed, the required air flow is set, followed by an internal mechanism efficiently adjusting the air flow distribution within the table. This process guarantees the GSort operates with the highest precision for your material separation needs.

The GSort can separate high-density materials up to 80 mm in size, depending on the specific density of the material. Its flexible configuration options allow it to process a wide range of materials. The production capacity for a given product mix is directly proportional to the density difference of the materials. For product mixtures with small density differences, pre-screening into fractions is recommended.

We work closely with our customers to select the appropriate GSort model for their application, ensuring a significant return on their investment.

Options:

The GSort’s exhaust air is treated by either cyclones or bag filter systems, effectively separating air from dust. The cleaned air is then extracted by a fan.

By integrating our vibration distributors, it is possible to operate up to four GSort units in parallel. In addition, our MSizer can process different fractions, which can then be sorted by the GSort or in conjunction with our MSort electro-optical classifiers, increasing the efficiency and versatility of the separation process.

• The GSort outperforms traditional sorting methods by up to 80%.


• This densimetric table can replace or complement wet gravity separators, improving water management and reducing energy costs. Its design also reduces installation, dismantling and transport costs.


• A redesigned safety concept with a new cover significantly improves safety and meets the latest technical standards.


• Sorting parameters can be individually adjusted. The overall height of the machine has been reduced to optimise the footprint and it is capable of handling aggressive liquids.


• The new design minimises downtime and ensures stable performance.


• Intuitive operation, simple design and easy assembly, disassembly and transport are key features.


• Switching to this dry method not only saves water, but also significantly reduces energy consumption per tonne.