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Informations sur le produit
FoundryLab
The solution for fully-automatic quality inspection in foundries
Langue: anglais (441 Ko)
HP-MA and HP-PA
Pulverizing Mill and Pellet Press in Modular Design
Langue: anglais (267 Ko)
HS-F 1000
Automatic milling machine
The new standard for sample preparation
Langue: anglais (1 Mo)
TP 20 E and HSM 50
Bench-top pellet press and Bench-top pulverizing mill
Langue: anglais (363 Ko)
Note d'application
Application note No. 61 | 2024
Evaluating the Precision of Automated Induction Fusion for Cement Using ISO29581-2 Standards
Langue: anglais (539 Ko)
Application note No. 60 | 2024
Precision and Accuracy in Automated Induction Fusion for ASTM C114 Compliance
Langue: anglais (518 Ko)
Application note No. 59 | 2024
Automated sample preparation of Garnet and Titanium bearing Rutile as a pressed pellet for XRF analysis
Langue: anglais (581 Ko)
Application note No. 58 | 2024
Assessment of grindability in slag sands by using a laboratory disc mill: Influence of the input grain size
Langue: anglais (457 Ko)
Application note No. 57 | 2024
Assessment of grinding power in silica and slag sands by using a laboratory disc mill: Influence of temperature
Langue: anglais (607 Ko)
Application note No. 56 | 2024
Assessment of grindability in slag sands by using a laboratory disc mill: Determination of analytical precision
Langue: anglais (409 Ko)
Application note No. 55 | 2024
Assessment of grindability in slag sands by using a laboratory disc mill Comparison to the Zeisel test
Langue: anglais (493 Ko)
Application note No. 54 | 2024
Sample preparation of raw materials for refractories Improved efficiency using online tool condition monitoring
Langue: anglais (798 Ko)
Application note No. 53 | 2023
Impact of sample preparation using various disc mills on the within lab repeatability of XRF analysis
Langue: anglais (434 Ko)
Application note No. 52 | 2023
Influence of grinding aids using pine resins or microcelluose on the grindability of clinker
Langue: anglais (614 Ko)
Application note No. 51 | 2022
A novel and easy approach to determine the specific energy demand of clinker grinding
Langue: anglais (925 Ko)
Application note No. 50 | 2022
The Influence of Sample Preparation on the Combustion Analysis of Chips Obtained from Steel Samples
Langue: anglais (605 Ko)
Application note No. 49 | 2022
Effect of Spark Point Location on the Precision of OES Analysis in Quality Control Steel Samples
Langue: anglais (409 Ko)
Application note No. 48 | 2022
Morphological Correlates of Measurement Uncertainty of OES Analysis as revealed by EMPA of Steel Samples
Langue: anglais (687 Ko)
Application note No. 47 | 2022
Effect of Milling Depth on the Measurement Uncertainty of OES Analysis in Quality Control Steel Samples
Langue: anglais (683 Ko)
Application note No. 46 | 2022
Study on precision of dosing and XRF analysis in automatic sample preparation of clinker
Langue: anglais (474 Ko)
Application note No. 45 | 2022
Benefits of high frequency induction heating for borate fusion
Langue: anglais (415 Ko)
Application note No. 44 | 2022
A novel approach for optimizing the temperature precision of induction fusion devices
Langue: anglais (439 Ko)
Application note No. 42 | 2021
High precision automatic dosing of hygroscopic fluxes for analysis with XRF or ICP OES
Langue: anglais (438 Ko)
Application note No. 41 | 2021
Contamination free sample preparation and transport of granular chips used for combustion analysis
Langue: anglais (664 Ko)
Application note No. 40 | 2021
Combustion analysis of granular steel chips- The effect of the scale layer on the analysis of carbon and sulfur
Langue: anglais (731 Ko)
Application note No. 39 | 2021
Automated potassium pyrosulfate fusion for X-ray fluorescence analysis
Langue: anglais (601 Ko)
Application note No. 38 | 2021
A novel approach for thermal evolution analysis of steel samples by using chips with granular morphology
Langue: anglais (538 Ko)
Application note No. 37 | 2021
Milk powder Contamination free automatic sample preparation for ED XRF analysis
Langue: anglais (289 Ko)
Application note No. 36 | 2021
Tool condition monitoring of cutting tips used for milling on non ferrous samples
Langue: anglais (610 Ko)
Application note No. 35 | 2020
Automated sample preparation in a cement plant- Part I: From quarry to the raw mill
Langue: anglais (638 Ko)
Application note No. 33 | 2020
Real time monitoring of different grinding phases in a disc mill
Langue: anglais (1 Mo)
Application note No. 32 | 2020
Real-time monitoring of efficient grinding and blending of petroleum coke
Langue: anglais (184 Ko)
Application note No. 31 | 2020
Real-time monitoring of efficiency in quicklime grinding
Langue: anglais (318 Ko)
Application note No. 30 | 2020
Real-time monitoring of grinding efficiency in disc mills by acceleration measurement
Langue: anglais (317 Ko)
Application note No. 29 | 2020
Predictive maintenance in disc mills using sensory signal monitoring
Langue: anglais (364 Ko)
Application note No. 27 | 2020
Impact of manual sample preparation on efficiency of grinding
Langue: anglais (577 Ko)
Application note No. 26 | 2019
Tool condition monitoring of disc mills- Online monitoring of the wear of the grinding set
Langue: anglais (744 Ko)
Application note No. 25 | 2019
Tool condition monitoring of disc mills- Monitoring of the proper swing aggregate function
Langue: anglais (318 Ko)
Application note No. 24 | 2019
Crucible calibration enhances accuracy and precision of temperature control in induction fusion
Langue: anglais (644 Ko)
Application note No. 23 | 2019
Crucible calibration for improved temperature accuracy in the induction fusion process
Langue: anglais (562 Ko)
Application note No. 22 | 2019
Borate fusion of “platinum poisons”- Automatic coating of the crucible with a protective layer
Langue: anglais (715 Ko)
Application note No. 21 | 2019
Challenging sinter analysis using standardless ED-XRF on samples prepared as pressed pellet
Langue: anglais (959 Ko)
Application note No. 20 | 2018
Evaluation of sample cavities by analyzing the torque curve of the milling spindle
Langue: anglais (1 Mo)
Application note No. 19 | 2018
Tool condition monitoring for precise evaluation of milling efficacy
Langue: allemand (872 Ko)