Aerospace components
First-article inspection passes and tolerance compliance on structural and engine components. Document the parameter path for AS9100 audit trails.
Parameter search engine for precision manufacturing
Find the parameters that hold tolerance. Without burning production time.
Reaxiomatic searches your process parameter space against measured yield data, so precision manufacturers find optimal settings in days, not weeks of trial runs.
Weeks
of production time lost per parameter study using trial-and-error methods
Process engineers know the parameter space is vast. Finding what actually holds tolerance takes time you don't have.
Every CNC line, every new alloy, every tolerance spec tightening starts a new search. Systematic trial-and-error burns production time and skilled-engineer hours. Reaxiomatic replaces that search with a data-driven engine that finds high-yield settings against your own process data.
How it works
Three steps from data to optimal settings
Connect your existing yield measurements. Run the search. Get parameters ranked by predicted yield.
01
Connect your yield data
Upload CSV exports or connect via API. Reaxiomatic ingests spindle speed, feed rate, depth of cut, coolant, and your measured Cpk or defect rate per run.
Cpk trend across 10 trial runs
02
Search the parameter space
The engine maps your parameter combinations against historical yield outcomes, identifying high-yield zones and unexplored regions worth sampling next.
03
Get optimal settings
Ranked parameter combinations with predicted yield confidence intervals. Export to your process control system or review in the results dashboard.
| Rank | Feed (mm/min) | Speed (RPM) | Pred. Cpk |
|---|---|---|---|
| 1 | 485 | 1740 | 1.74 |
| 2 | 510 | 1680 | 1.61 |
| 3 | 460 | 1800 | 1.58 |
What you see in your first week
Your parameter optimization results, ranked and ready to test.
Process engineers get a ranked table of parameter combinations with predicted yield confidence bands. Each suggestion ties back to the runs in your own historical data, so the logic is auditable. No black-box recommendations.
Explore the product| Parameter set | Feed (mm/min) | Speed (RPM) | DoC (mm) | Pred. Cpk |
|---|---|---|---|---|
| Recommended | 485 | 1740 | 0.25 |
Cpk 1.74
CI: 1.62-1.87
|
| Alt. A | 510 | 1680 | 0.20 |
Cpk 1.61
|
| Alt. B | 460 | 1800 | 0.30 |
Cpk 1.58
|
| Current | 380 | 1500 | 0.35 |
Cpk 1.21
|
Parameter sets ranked by predicted Cpk. Confidence intervals from historical run variance.
Industry verticals
Built for precision manufacturing where tolerances are tight and trial time is expensive.
Reaxiomatic fits any CNC or process-controlled line where parameter variation directly drives yield outcomes.
Defense electronics
PCB assembly and enclosure machining with ITAR-compliant data handling. Parameter stability across supply chain transitions and spec changes.
Precision machining
Multi-axis CNC turning and milling shops. Find stable cutting parameters across material batches, tooling changes, and shifted fixture setups.
Medical device manufacturing
ISO 13485-aligned process validation support. Systematic parameter evidence for 510(k) and PMA submissions without years of manual DOE cycles.
Join the early-access program for precision manufacturers
Reaxiomatic is angel-backed and working with its first pilot cohort. If you run a precision CNC operation and want to close the gap between your current Cpk and your spec ceiling, apply for a pilot seat.
Limited pilot seats. Precision manufacturers only.