BAS Solution Center

Discover the BAS Solution Center, where innovation meets precision and your projects are set up for success. Our state-of-the-art laboratory simulates industrial-scale operations through carefully engineered pilot studies, helping you make investment decisions confidently and run your process efficiently from the very first trial. With pilot capacities ranging from 500 grams to 1 ton, BAS Lab applications let you validate concepts, optimise performance and anticipate challenges before scaling to full production. By simulating the complexity of industrial processes at a manageable scale, we help you identify and solve potential bottlenecks early in the development cycle. Our detailed studies guarantee that every operation — from material handling to product recovery — is optimised for maximum efficiency and cost-effectiveness. Furthermore, our simulation programs scale lab work into a near-realistic industrial preview. Our advanced separation technologies are designed to meet the diverse needs of modern industry. In addition to separation techniques, we offer comprehensive analytical services that provide deep insight into your materials and processes:

Magnetic Beneficiation

Low-intensity magnetic separators (0–5,000 Gauss) and high-intensity magnetic separators (up to 20,000 Gauss) — purpose-built solutions for dry, wet or electromagnetic separation processes designed to optimise the recovery of magnetic minerals.

Davis Tube Test

The Davis Tube (DT) test is a standard laboratory method for determining the optimum magnetic recovery of iron ore. The instrument separates samples into strong and weak magnetic fractions and is a critical tool for evaluating the separability of magnetic ores.

Satmagan Analysis

The Satmagan (Saturation Magnetisation) analyser precisely determines the mass fraction of magnetic material in a sample, enabling accurate quantification for process optimisation.

Eddy Current Separation

Widely used in the recycling industry, Eddy Current Separation (ECS) effectively isolates non-ferrous metals from other materials. This eco-friendly technique generates a repulsive force in diamagnetic materials, allowing high-efficiency separation.

Electrostatic Separation

Electrostatic separators rely on charge differences to sort dry, liberated particles by conductivity. The technology is widely used across mineral processing, plastics and recycling industries to separate conductive and non-conductive materials.

Ore Mineralogy & Petrographic Imaging

High-resolution imaging combined with detailed mineralogical analyses gives you a thorough understanding of the composition and structure of your ore, enabling fully informed process decisions.

Liberation Studies

We identify the most effective ways to separate valuable minerals from waste, optimising mineral recovery and maximising your process efficiency.

Process Engineering & Simulation

From detailed flowsheet design to mass-balance calculations and flow simulation, our specialists prepare reports and recommendations aligned with international standards. This holistic approach ensures your process succeeds and is built to scale.

Why the BAS Solution Center?

Risk Mitigation: Take advantage of pilot-scale testing to detect and eliminate potential issues before any full-scale commitment.
Precision & Quality: Benefit from analyses and reports that comply with international standards.
Innovative Solutions: Leverage the latest separation and analytical technologies to boost operational efficiency and material recovery.

Get in touch with the BAS Solution Center now to advance your ore beneficiation work and to optimise your existing industrial facility.