Step 01
Drop your instrument export
Parse every sample, analyte, and standard. No schema fiddling, no CSV cleanup.
48 samples · 26 analytes
ICP-OES processing for research laboratories
Publication-ready results
from ICP-OES data
One workflow for wavelength selection, CRM validation, and dilution math — so every run leaves the lab the same way.
Wavelength picked · Cu 324.754 nm26 analytes · 48 samplesQC · 12 / 12 in-range
The Laboratory
Real instruments. Real research.
A workflow that keeps up.
Scroll through the bench at Kimiya Pazhouh Alborz Laboratory. Every photograph here is a shared surface between the analyst and the software.
Cu324.754·CopperFe259.940·IronZn213.857·ZincPb220.353·LeadCd214.440·CadmiumAs188.980·ArsenicCr267.716·ChromiumNi231.604·NickelMn257.610·ManganeseAl396.152·AluminiumCa317.933·CalciumMg285.213·MagnesiumK766.490·PotassiumNa589.592·SodiumP213.618·PhosphorusS180.731·SulphurCu324.754·CopperFe259.940·IronZn213.857·ZincPb220.353·LeadCd214.440·CadmiumAs188.980·ArsenicCr267.716·ChromiumNi231.604·NickelMn257.610·ManganeseAl396.152·AluminiumCa317.933·CalciumMg285.213·MagnesiumK766.490·PotassiumNa589.592·SodiumP213.618·PhosphorusS180.731·Sulphur
Precision optics
Every photon, accounted for
From the plasma torch to the detector, optical path calibration and alignment are part of the contract. We read your instrument's exported spectra line by line and preserve the analytical provenance all the way to your supplement.
Argon plasma · ICP-OESCRM-anchoredLIMS-ready exports
Scene 01 / 03
Engineered to hold
Designed for instruments that don’t forgive
Real analytical hardware punishes ad-hoc workflows. Dilution drifts, line choices compound, spreadsheets disagree. PreciseICP freezes each decision the instant it is made, so your final table matches the bench two years from now.
Argon plasma · ICP-OESCRM-anchoredLIMS-ready exports
Scene 02 / 03
Built with analysts
The fewest clicks between run and paper
We built the interactions by watching how real analysts move through CRM validation, wavelength review, and QC. No hidden macros, no reformatting, no ambiguity about which dilution factor applies to which sample.
Argon plasma · ICP-OESCRM-anchoredLIMS-ready exports
Scene 03 / 03
The Workflow
Four moves from instrument to journal
Step 02
Let CRM data pick the wavelength
Every analytical line is scored against your reference materials. We document the rationale.
Cu 324.754 · Fe 259.940 · As 188.980
Step 03
Review QC in one glance
CRMs, blanks, spikes, and checks flagged against your own limits. Out-of-range flags carry context.
12 / 12 controls passed
Step 04
Freeze publication-ready tables
Export structured tables with a traceable decision log for methods files, LIMS, or your supplement.
Excel · CSV · LIMS handoff
Why PreciseICP
Built for rigorous ICP-OES work
0+
Elements per run, auto-validated
0k
Sample rows processed monthly
0.0%
Average CRM recovery target window
< 0s
Re-run delay from decision log
CRM-first
Wavelength decisions anchored to reference material performance
Structured QC
Checks, recoveries, and documented limits on every run
Smart dilutions
Factors applied once, concentration roll-up handled for you
Clean exports
Tables ready for methods files, peer review, and LIMS handoff
- Traceable rules for every wavelength and QC decision
- Consistent outputs across shared instruments and multiple operators
- Exports that work in Excel, statistics packages, and LIMS
Recognition
Recognized in Iran and internationally
- 2025
Khwarizmi International Festival
First place, laboratory analysis software
- 2025
National Elite Foundation
Innovation Award in Laboratory Technology
- 2025
Iranian Analytical Chemistry Olympiad
Gold medal, analytical software category
- 2025
Best Laboratory Software Award
Chemical Society of Iran, editors' choice
Capabilities
What the platform covers
- 01
Wavelength selection
Every line is scored against your CRM data. The platform picks the one that holds up, and documents why.
Cu linesrecommended324.754 nm98%327.396 nm72%221.458 nm54% - 02
Quality control
CRMs, check standards, blanks, and spikes — checked against your thresholds. Recoveries calculated automatically; out-of-range results flagged with full context.
Run QC3 / 4 pass- CRM OREAS-70b99.4%
- Check std.101.2%
- Blank0.02
- Spike87.3%
- 03
Concentrations & dilutions
Dilution factors go in once. Concentrations roll up correctly across the batch — no copy-paste errors, no mismatched factors.
Dilution factor × signal
Bench to deliverable
From instrument export to reviewed tables
Upload your run files, work through structured QC with full context, then freeze your concentrations before they leave the lab.
preciseicp.app — run 2026-04-17
Parsed 48 samples · 26 analytes
Cu 324.754 nm chosen · CRM-led
Spike flagged · rec 87.3 %
Export frozen · traceable decision log
Step 1
Upload the run export
Drop in your ICP-OES export; we parse every analyte, intensity, and standard.
Step 2
Pick wavelengths from CRM data
The platform evaluates each line against your own reference materials and documents the decision.
Step 3
Review QC with full context
CRMs, blanks, spikes, and check standards are flagged against your pass/fail limits.
Step 4
Freeze reviewed tables
Export publication-ready tables with a traceable decision log, ready for methods files and LIMS.
Approach
Aligned with analytical chemistry practice
Reference-led decisions
CRM and control results drive wavelength validity and QC flags — conclusions follow data you trust, not a black box.
CRM spectrum · Cu 324.754 nm
320 nm324.754 nm · peak330 nm
Reproducible processing
Same inputs, same outputs, every time. Calculation context is preserved so decisions stay defensible weeks later.
Documentation-ready outputs
Structured tables and QC summaries that drop straight into methods files, validation packages, and manuscript supplements.
Decision log · run-482
- 14:02 picked Cu 324.754 (sig/noise 98; CRM rec 99.4%)
- 14:03 rejected Fe 238.204 (interference Mn 255)
- 14:04 flagged Spike-7 (rec 87.3%)
- 14:05 frozen · exported 14 tables
Audit-ready outputs, every run
Researcher feedback
What researchers say
Notes from university and contract labs in Iran and the region.
“Our last paper came back with only minor comments: the wavelength table in the supplement finally matched what we actually ran, because line picks and QC flags sit with the raw intensities instead of living in three different spreadsheet tabs.”
Dr. Maryam Hosseini
Environmental Geochemistry Laboratory, University of Tehran
Our last paper came back with only minor comments: the wavelength table in the supplement finally matched what we actually ran, because line picks and QC flags sit with the raw intensities instead of living in three different spreadsheet tabs.
I teach QA the same way we run the bench: CRM first, then everything else. The workflow bakes that in, so I am not reconciling three MSc students’ ad hoc wavelength edits at 9 p.m. the night before a deadline.
Queue-wise we never run one grant at a time: digestions for ceramics one week, brines the next. One processing template means I do not have to remember which Excel macro belonged to which PI.
We split time between contract digestions for upstream partners and our own R&D. Parallel workbooks still disagreed on the “official” dilution factor; a single workspace stopped those threads before they hit email.
My thesis chapter on soil trace metals had to show every dilution, rerun, and flag. Exporting the calculation log turned a two-day scramble before the committee into an afternoon of checking footnotes.
We hold an ISO/IEC 17025 scope for wear metals in lubricants. Auditors want the QC story in tables, not screenshots. Last surveillance audit, the structured run records dropped straight into our validation binder.
FAQ
Common questions
University labs, core facilities, and method-development groups running multi-element ICP-OES with formal QC and documentation needs. Particularly useful where multiple operators share one instrument.
Every available line is scored against your CRM and method criteria. The recommended line comes with rationale tied to those controls.
CRM, check standards, blanks, and spikes — with full recovery and limit evaluation. Out-of-range conditions are flagged with traceable criteria.
See the Plans page for tiers and payment options. Academic and institutional arrangements are available — reach out via Contact for facility licensing or a demo with your own data.
Have a compatibility or procurement question? Contact usPlans
Contact
Get in touch
Compatibility questions, demos, and institutional purchasing.
+98 31 3393 2352
+98 31 3393 2352Website
kpalab.com7:30 a.m.–4:00 p.m., Saturday through Thursday; closed Fridays.
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