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Ultra-trace Analytics provides ICP-MS method development and technology transfer services. Method design for complex matrices, calibration, SOP authoring, inter-lab transfer, and training to support standardization and reproducibility.
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Ultra-trace Analytics provides ICP-MS method development and technology transfer services. Method design for complex matrices, calibration, SOP authoring, inter-lab transfer, and training to support standardization and reproducibility.
Ultra-trace Analytics provides ICP-MS / ICP-MS/MS method development, method validation, and technology transfer for semiconductor matrices, high-purity chemicals, UPW, acids and bases, solvents, cleaning solutions, and process materials. We help build low-background, repeatable trace-metals workflows. Depending on matrix type, target elements, sample preparation, blank control, and instrument configuration, methods can be developed at sub-ppt through ppt levels.
For common semiconductor chemicals, UPW, acids and bases, solvents, cleaning solutions, and process materials, we evaluate suitable dilution, sample-preparation, calibration, and interference-control strategies.
Depending on matrix, target elements, blank control, and instrument conditions, we help develop methods at sub-ppt through ppt levels. Actual capability is confirmed against sample conditions and validation results.
We evaluate the impact of containers, reagents, operating environment, sample-prep workflow, and consumables on background, and help build an ICP-MS blank-control strategy.
Based on target elements and matrix, we evaluate isotope selection, internal standards, dilution strategies, standard addition, matrix matching, collision / reaction mode, and other method parameters.
We can help design LOD / LOQ, linearity, recovery, repeatability, method blank, spike recovery, QC check samples, and batch acceptance logic.
We organize an ICP-MS SOP your team can execute and support the initial deployment with condition comparison, QC-rule setup, and common-issue troubleshooting.
Not sure whether your current method can reach sub-ppt or ppt level? Share matrix, target elements, and current method and we will help evaluate feasibility and development direction.
Share matrix, target elements, target specifications, and instrument conditions and we will help evaluate ICP-MS Method Development / Method Transfer direction and quotation scope.
ICP-MS method development builds the full analytical workflow — sample preparation, dilution, calibration, internal standards, interference control, blank control, and QC rules — for a specific matrix and set of target elements. For semiconductor micro-contamination analysis, method development is often more important than instrument measurement alone.
Depending on matrix, target elements, sample preparation, blank control, instrument configuration, and lab conditions, some applications can be developed to sub-ppt or ppt level. The actual achievable level is confirmed through method development and validation results — instrument specs alone are not enough.
Common matrices include UPW, HF, HCl, HNO3, H2SO4, H3PO4, NH4OH, TMAH, IPA, electronic-grade solvents, cleaning solutions, etchants, slurry, plating bath, and other process chemicals. The actual method is confirmed against matrix concentration, target elements, and instrument conditions.
Method transfer typically includes method-condition documentation, sample-prep steps, calibration and QC design, blank-control recommendations, interference-troubleshooting focus areas, SOP files, and customer-lab deployment support. The actual scope is confirmed per project.
At ppt or sub-ppt levels, containers, reagents, environment, operating procedures, and consumables can all contribute to background. Without solid blank control, even adequate instrument sensitivity may fail to deliver credible low-concentration results.
ICP-MS/MS can handle some polyatomic interferences via reaction or collision mechanisms, which can help for certain matrices and elements. Whether ICP-MS/MS is needed still depends on matrix, target elements, interference situation, and the customer's instrument.
Yes — per project we can discuss method transfer and deployment support, including SOP, QC design, method-condition documentation, troubleshooting, and customer-lab condition comparison. The actual support is confirmed against your instrument, lab conditions, and project scope.
Please share sample matrix, SDS, target elements, target concentration or specifications, current method, current issues, instrument model, whether ICP-MS/MS is available, and desired deliverables (e.g. SOP, validation data, or technology transfer).
Share your sample matrix, target elements, target specifications, current issues, and customer-lab instrument conditions. Ultra-trace Analytics can evaluate an ICP-MS / ICP-MS/MS method development, validation, and technology-transfer plan.
