GRAVICON technologies operate across multiple regions, climates, and regulatory environments, with 23 industrial beneficiation factories designed and commissioned in 7 countries worldwide, processing primary ores, technogenic deposits, and industrial waste in long-term continuous operation.
Gravicon
Bespoke modular beneficiation plants
GRAVICON is a company that supplies modular gravity beneficiation factories with typical payback periods of 4–12 months and generating profits from hundreds of thousands to millions of euros per month.
About GRAVICON
Engineering Excellence
GRAVICON designs and manufactures modular gravity-based beneficiation systems for coal, ores, and industrial wastes - turning by-products into profitable resources.
From Concept to Operation
We deliver ready-to-run modular factories that combine gravity separation, process automation, and flexible design, ensuring maximum recovery and minimal impact.
Modular Accuracy
Each plant is individually designed, produced and deployed in weeks, cutting CAPEX, lowering OPEX, and ensuring reliable performance.
The New Standard
GRAVICON sets a new benchmark in efficient and sustainable mineral recovery, merging engineering precision with environmental care.
Our Technology
We are the developer of a new generation of jigging machines and the holder of proprietary patented technology.
Our solutions are based on original engineering concepts that significantly improve separation efficiency, reduce energy and water consumption, and ensure stable industrial performance.
Global Projects
Materials We Process
GRAVICON solutions are applied to a wide range of materials where physical separation is technically and economically justified, covering particle size classes from 0.1 to 100 mm across all processed products.
Technology
in Numbers
Key performance parameters of GRAVICON technologies are based on long-term industrial operation.
The figures below reflect typical capacities, energy consumption, implementation timelines, and economic indicators achieved in real processing projects across primary and technogenic materials.
20-400
Typical plant capacity (t/h)
8-12
Project implementation time (month)
From 5
Payback period (month)
0.8-1.6
Energy consumption (kWh/t)
24/7
Automated operating mode
10 years
Warranty