Application Notes

APPLICATION NOTE 20/2018

Evaluation of sample cavities by analyzing the torque curve of the milling spindle

Cavities on the milled surface of steel and iron sample have detrimental impact on spectroscopic analysis. Therefore, vision systems are used in automatic laboratory systems to detect cavities. Here,...

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APPLICATION NOTE 19/2018

Tool condition monitoring for precise evaluation of milling efficacy

Milling of the surface is an essential step in the preparation of QC samples for OES or XRF analysis. Wear of cutting tips can significantly impair the functionality of the milling process due to...

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APPLICATION NOTE 18/2018

Pelletizing of TiO2 and other sticky material for XRF analysis

Pelletizing of sticky and cohesive material for XRF analysis like, e.g., pigments or lime can cause various problems. Here we present a simple approach for manual and automatic sample preparation to...

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APPLICATION NOTE 17/2018

Bead One HF application for borate fusion of titanium enriched slag and ilmenite

We used the Bead One HF induction furnace to produce borate glass discs of titanium-slag and ilmenite. The sample material was fused with a common Lithiumtetraborate Flux at 1050 °C resulting in...

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APPLICATION NOTE 15/2017

Express Container Laboratory for the Steel Industry

In this application note, we describe a container laboratory especially designed for express sample preparation and OES analysis in steel industry applications. The total processing time including...

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APPLICATION NOTE 14/2017

A sensory-based system for monitoring of cutting tip wear in the HS-F 1000

We established a Tool Condition Monitoring (TCM) system based on measurement of vibration and torque of the milling spindle. The TCM system clearly detects the condition of worn out cutting tips and...

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