QCX/RoboLab and QCX/AutoPrep
FLSmidth’s QCX/RoboLab and the QCX/AutoPrep products provide the automated preparation solutions for cement & minerals & base metals production laboratories as well as for general service laboratories. The automation concepts are based on sample preparation and laboratory equipment arranged in suitable linear or circular configurations. Analytical instruments are located in an adjoining room, separated by a glass wall or integrated in the same room next to the preparation units. FLSmidth group companies produce a wide range of the sample preparation equipment integrated in a specific QCX/RoboLab or QCX/AutoPrep project, but both concepts allow for integration of other preparation equipment brands. Analysis instrumentation (XRF, XRD, OE, particle sizing …..) is typically sourced from leading instrumentation suppliers. FLSmidth is the system integrator and designs and engineer the overall automation solution and produces the appropriate QCX software modules, integrated and engineered to the project specific configuration. Pending the automation specifications existing equipment may be integrated in the set-up. The system is software wise delivered as a completely integrated system, with efficient commissioning in mind.
Samples arrive either via the connected automatic sample transport system or via manual/semi-automatic transfer points from the outside to the robot cell/linear equipment arrangement. Bar code or RFID tag scanning for identification of incoming samples are available options. A wide range of sample preparation and analysis tasks can be automated by the QCX/RoboLab or QCX/AutoPrep concepts.
Often applied preparation & analysis disciplines are:
| For cement & minerals industry applications |
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For base metals applications |
- crushing (and drying)
- splitting & dosing
- pressed powder and/or fused bead preparation for X-ray analysis
- XRF and XRD analysis
- specific surface analysis (Blaine)
- particle sizing by laser or traditional sieving
- colour analysis
- combustion analysis for C/S/H – determination
- composite sample collection
- archiving of sample portions
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- surface milling (grinding) of metal samples for OE spark and XRF analysis
- image analysis of OE spark positions
- ink jet or label attachment for sample identification
- OE spark analysis
- punching of sample portion for combustion analysis
- preparation tasks related to automatic re-calibration and re-standardisation for OE analysis
- archiving of samples
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