Mining
Microlab 600 in Mining
Without the Microlab 600
- Acid digestions and leech conditions are tested using burets, pipettes, and bottle top dispensers
- Equipment contacts strong acids like nitric, sulfuric, and hydrofluoric acid
- Technique varies considerably with the experience of workers in the assay lab
- Fluctuations in accuracy can under or overstate the value of metals in the sample
After Implementation of the Microlab 600
- Samples only contact FEP tubing which is inert to acids and does not leech metals
- On screen instructions guide inexperienced users
- One site reported a reduction in error rate from 3% to less than 1%
Applications
Mining Applications
Determining the concentration of precious metals frequently requires the digestion of rock samples with strong acids. These digested samples are then diluted to lower the metal concentration and pH prior to analysis by Atomic Absorption (AA) or Inductively Coupled Plasma Spectroscopy (ICP). The Microlab 600 provides a safe and effective means for diluting these harsh samples.
Why Choose the Microlab 600?
Quantification of base and precious metals such as gold, silver, copper, and zinc all require the dilution of digested ore samples. The profitability of a mine is predicated on the accuracy of these assay results. The Microlab 600’s chemically inert fluid path is resistant to strong acids and is free of leachable metals. The positive displacement syringes provide accurate and precise results that are not susceptible to variations in sample consistency or atmospheric pressure. The digested ore samples are aspirated into the hand probe and then diluted into a vial for analysis. This two step process minimizes contaminated labware and reduces the technician’s exposure to harsh chemicals.
Application Specific Products
Single Syringe Dispenser
Dual Syringe Dispenser
