SemiXR offers an extended reality platform that uses head‑mounted displays to create immersive digital twins of wafer‑processing equipment for hands‑on training and augmented reality overlays that guide live maintenance tasks. The solution records performance metrics, integrates with manufacturing execution systems via standard APIs, and is delivered through subscription plans ranging from individual to enterprise tiers.
Funding
Funding not disclosed
Founders
Product
Problem
Semiconductor fabs require highly skilled personnel to operate and maintain complex equipment, but traditional classroom or on‑site training is time‑consuming, costly, and often limited by equipment downtime. Inadequate hands‑on practice leads to longer troubleshooting cycles and higher scrap rates, impacting overall yield and profitability.
Solution
SemiXR delivers an extended reality (XR) platform that transforms equipment training and maintenance into interactive, immersive experiences. The system uses head‑mounted displays to render accurate digital twins of wafer‑processing tools, allowing operators to practice procedures in a risk‑free virtual environment. For live maintenance, the platform overlays step‑by‑step augmented reality (AR) guidance directly onto the physical hardware, reducing mean‑time‑to‑repair. Integrated performance analytics capture task completion times, error rates, and skill progression, which are visualized in a cloud‑based dashboard for supervisors. Content is managed centrally and can be updated remotely, ensuring consistency across multiple fab sites. The solution integrates with existing manufacturing execution systems (MES) via standard APIs, enabling seamless data flow and compliance reporting.
Target Audience
Primary customers are semiconductor fab training managers, equipment maintenance engineers, and operations leaders seeking to improve skill acquisition and reduce equipment downtime across large‑scale manufacturing sites.
Features
- Head‑mounted XR devices with high‑resolution stereoscopic rendering of 3D equipment models and real‑time physics simulation
- Contextual AR overlays that display procedural checklists, part identifiers, and tool‑tips anchored to the actual hardware
- Cloud‑hosted content management system for rapid deployment of new training modules and firmware updates across fleets of headsets
- Analytics suite that records interaction metrics, generates competency scores, and provides trend reports through a web dashboard
- Role‑based access control and end‑to‑end encryption to meet industry data‑security standards (e.g., ISO 27001)
- API connectors for MES, ERP, and equipment monitoring systems to synchronize work orders and capture maintenance logs
- Multi‑user collaboration mode allowing instructors to observe and intervene in trainee sessions remotely
- Scalable licensing model supporting single‑user, team, and enterprise deployments