Funding
Funding not disclosed
Founders
Product
Problem
Aftermarket repair of high‑value turbomachinery components often relies on manual inspection data that is difficult to translate into consistent, traceable repair decisions, leading to variable quality, limited scalability, and uncontrolled costs.
Solution
aS4D offers a digital infrastructure that converts inspection results into actionable repair workflows for turbomachinery parts. The platform integrates automated inspection outputs with repairability analysis, generating adaptive repair instructions that align with OEM standards. It routes these instructions through a verification process that records each repair step, ensuring traceability and repeatability. By providing a unified, data‑driven environment, the solution enables scalable aftermarket services while maintaining economic control over repair operations.
Target Audience
Primary customers are OEMs and aftermarket service providers that repair high‑value turbomachinery components such as turbines, compressors, and aerospace engines.
Features
- Integration of automated inspection data with repairability decision algorithms
- Adaptive repair data generation that tailors instructions to specific component conditions
- Process verification module that logs and validates each repair action for traceability
- OEM‑compatible workflow framework supporting scalable, repeatable repair operations
- Dashboard for monitoring repair economics and performance metrics across multiple sites