Solder bath analyses provide an accurate snapshot of the particular chemical material composition, using optical emission spectroscopy to obtain the material analysis data that is essential for continual quality control. This is a modern, reliable process that identifies even the smallest deviations in the composition of the solder bath and forms the basis for complete documentation. A professionally performed solder bath analysis also creates additional safety: Failures and defects in the solder are avoided, and subsequent dangers such as those arising from short circuits due to possible material defects are minimised.

The reprocessing and conversion of materials provide an intelligent alternative to the provision of new material from both an environmental and economic perspective, while also helping to conserve natural resources. This applies both to contaminated materials and to residual material from processing. The processing of metallic production residues such as leakers, dross and used solders and anodes is a sustainable way of closing raw-material cycles while also securing resources that will be required in the future. After reprocessing or conversion, the material has the same high-quality characteristics as new material, and can be used in production processes again without any problems.