Our Process
In Partnership With
JK Machinery is a Czech manufacturer headquartered in Prague. The business has over thirty years of product development and manufacturing experience spanning both individual machines and complete turnkey plants for agricultural and food manufacturing customers. Alongside the production facility are test facilities in both the Czech Republic and UK that allow the comprehensive testing of solutions, allowing customers to invest with confidence.
The JGC Concentrator consists of an inclined vibrating wire mesh deck which air passes through. The combination of vibration and airflow causes the heavier and lighter material to separate into two layers, the heavier material is the cleaned product and the lighter material the impurities. The heavier material sinks toward the bottom is then moved to the high outlet due to the contact with the wire mesh. The lighter impurities flow down to the lower outlet.
The JGC Concentrator is designed for straightforward operation and maintenance. Adjustment of incline, strength of vibration and airflow gives the operator a high degree of control to ensure the best results are achieved. Machines can be fitted with air recirculation to re-use up to 90% of the process air reducing the size of cyclone or filters required.
Key Features
- Gentle cleaning action
- Small footprint and compact arrangement
- Low power consumption
- Straightforward operation and maintenance
- Self-cleaning sieves
- Quick and easy changing of sieves
Why Concentrators
The concentrator’s fluidised bed allows the separation of materials to a very high degree of accuracy by specific weight. It is ideally suited to the separation of kernels and hulls in dehulled products and other processes requiring the separation of light impurities.
Why JK Machinery
Effective performance and simple design make the JGC Concentrator a great option for processors removing light impurities from processed combinable crops. JK Machinery produces high quality equipment that delivers unmatched value for money.
