Modular automation for crushing, splitting and grinding- The integrated solution for sample preparation of the extractive industry
Area of application
Use
Crushing, splitting, fine grinding of sample material for x-ray fluorescence spectroscopy, diffracotmetry and other analytical procedures
Material
Different materials, ores, drilling cores, oxidic material, ferroalloys, raw meal, clinker, cement, slag, ferroalloys (feed size 50 mm)
Operation mode
Automatic, standalone, standalone with magazine, robot automation
Advantages
Preparation of large sample volumes
This modular machine is designed for the preparation of coarse ores, minerals and similar materials in the range of 1 to 15 kg input weight with a particle size of less than 50 mm to split off a representative sample of approx. 250g to 1,000g of finely pulverized sample material for analysis.
Modular design
The machine consists of two individual working units: crusher/ linear Splitter (HP- BT) and mill HP- M1500. The crusher/linear splitter HP-BT is equipped with a manual sample input for coarse material, a weighing system, a lift for transporting the sample into the internal in feed position, a jaw crusher, a vibration feeder, a linear Splitter as well as an output for residue material and an input for empty sample cups. The mill HP-M1500 includes a sample take over the device from the crusher to the mill, a cup lift for transporting the sample into the grinding vessel, a sample outlet device, a cup weighing unit and a cup output transport.
Perfectly developed for the mining industry
The operator selects one of the available individual programs by pushing a button on a separate front panel. The input flap will open automatically. All further preparation steps including cleaning are fully automatic without the need for operator`s invention. The operator just removes the ready ground material for further processing.
Options
- Loading magazine (cups)
- Output magazine (cups)
- Output magazine including dosing unit (vials)
- Grinding vessel chrome steel 1500 ccm
