Generate professional UT technique sheets and inspection reports in minutes, not hours. Physics-based calculations, AI-powered automation, and full compliance with AMS-STD-2154, ASTM, BS EN & OEM standards.
Complete inspection planning with 8 configurable tabs. From material selection to acceptance criteria — everything auto-calculates.
Full post-inspection documentation with 10 tabs. C-Scan/A-Scan uploads, indication recording, and certification — all in one report.
76+ part geometries • 40+ PBR aerospace materials • Hollow geometry support • WebGL rendering
| Standard | Scope | Classes | Region |
|---|---|---|---|
| AMS-STD-2154E | Aerospace Ultrasonic Inspection | AAA AA A/B/C | Global |
| ASTM A388 | Heavy Steel Forgings | QL1-QL4 | US |
| BS EN 10228-3 | Ferritic/Martensitic Forgings | Class 1-4 | EU |
| BS EN 10228-4 | Austenitic Steel Forgings | Class 1-3 | EU |
| AMS 2631 | Titanium Bar, Billet, Plate | AAA/AA | Global |
| NDIP-1226/1227 | Pratt & Whitney V2500 HPT Disk | PW Specific | OEM |
| NDIP-1254/1257/1260 | PW PW1100G HPT Hub & HPC | PW Specific | OEM |
| PWA-SIM | PW Sonic Inspection Method | PW Specific | OEM |
Also supports: ASTM E2375, ASTM E127, ASTM E164, AMS 2630, AMS 2632, EN ISO 16810, MIL-STD-2154
FBH sizes auto-populated from Table VI per class & thickness. Titanium-specific warnings for AAA/AA with AMS 2631.
AI engine maps part geometry → dimensions → material to the optimal calibration block. Returns confidence score and fallback alternatives.
Physics-based beam modeling: near-field distance, beam divergence, sensitivity profiles. Optimizes scan index for 100% volumetric coverage.
Distance-Amplitude Correction with material attenuation physics. Frequency-scaled coefficients. Time-Corrected Gain auto-generation.
Full Snell's Law implementation for wedge calculations. Critical angle detection, skip distance, and sound path for 45°/60°/70° beams.
Vendor-specific rules auto-applied: Pratt & Whitney NDIP specs enforce 5 MHz frequency, approved transducers, DAC curves, and ±2 dB transfer correction.
Material → velocity auto-loaded. Standard → acceptance classes updated. Class → FBH sizes from Table VI. Thickness → frequency recommended.
10 geometry-specific SVG diagrams per ASTM E2375-16. Interactive direction highlighting, multi-view layouts, ISO 128 line standards.
Full-screen CAD tool with interactive 3D canvas, click-to-place FBH holes, real-time 2D technical drawing, and drilling report generation.
ASTM E127 Figure 4
MIL-STD-2154A Type I
Figure 6 Hollow
Figure 5 ID/OD
Multi-thickness
ISO 2400 / ISO 7963
45°/60°/70° Wedge
OEM-specific blocks
19-page document with full control, DAC curves, calibration diagrams, and multi-level approval signatures.
8-12 page compact layout with combined sections, visual scan plans, and simplified approval.
10-15 page bilingual (Hebrew/English) document with detailed procedures and coverage tables.
User-selectable sections, custom branding with logo upload, flexible layout, and language choice.
Select from 76+ geometries, enter dimensions, choose material. 3D preview renders instantly. Hollow geometry and custom dimensions supported.
Choose from 18 standards. FBH sizes, equipment constraints, and scan parameters auto-fill from official tables. OEM rules applied automatically.
System analyzes geometry + dimensions + material and auto-selects optimal block type with 95% confidence. Shows reasoning and fallback alternatives.
12 scan directions (A-L) with interactive diagrams. Coverage calculator ensures 100% volumetric coverage. Dead zones identified automatically.
One-click export to PDF, DOCX, DXF, SVG. TÜV-grade formatting with embedded drawings, FBH tables, 3D captures, and digital signatures.
Electron with kiosk mode, embedded Express server, auto-updates via GitHub Releases, NSIS/DMG/AppImage installers.
USB-based updates for air-gapped factories. Local file storage. Machine-based licensing with SHA256 fingerprinting. No internet required.
Docker Compose with PostgreSQL + Nginx. Auto-scaling on AWS (EB, ECS, Lambda). Daily automated backups with 30-day retention.
Hardware-based licensing with HMAC-SHA256 keys. Per-machine activation limits. Offline activation support. Standards access control.
Organization-based isolation with user roles. Inspector profiles with certification tracking and digital signatures. Audit trail on all changes.
Full equipment lifecycle: transducers, flaw detectors, calibration blocks. Calibration history, maintenance logs, and certificate management.
Helmet.js headers, CORS policy, rate limiting, CSRF protection. Context isolation in Electron. SQL injection prevention via Drizzle ORM.
GitHub Releases integration with delta downloads. 30-minute check intervals. Silent install on quit. USB offline update for factories.
Liveness and readiness probes for Kubernetes. Prometheus-compatible metrics. Sentry error tracking. Self-diagnostic panel.
18 standards including AMS-STD-2154E (all classes AAA through C), ASTM A388, ASTM E2375, ASTM E127, ASTM E164, BS EN 10228-3/4, EN ISO 16810, AMS 2630/2631/2632, and 5 Pratt & Whitney NDIP specifications (V2500 & PW1100G). The system auto-fills acceptance criteria, FBH sizes, and equipment requirements for each standard.
When you enter part geometry and dimensions in the Setup tab, the system maps your part type to a geometry group, checks wall thickness, diameter ratios, and material properties, then recommends the optimal calibration block type with a detailed explanation.
Yes. The Electron desktop app runs fully offline with a local PostgreSQL database. Updates can be delivered via USB for air-gapped factory environments. No internet connection required for any core functionality.
PDF (technique sheets and inspection reports), DOCX (Word documents), DXF (AutoCAD-compatible drawings), SVG and PNG (technical drawings), and STEP-compatible 3D geometry output.
76+ part types including plates, sheets, slabs, blocks, bars, cylinders, tubes, rings, disks, forgings, impellers, blisks, HPT disks, hex bars, cones, spheres, structural profiles (I/L/U/T/Z), extrusions, aero engine components, and custom geometries with uploaded drawings.
Up to 12 scan directions (A through L) based on the part geometry. These include axial, radial, and circumferential directions, plus angle beam paths calculated using Snell's Law for the specific material velocity.
Desktop: Windows, macOS, and Linux via Electron. Server: Docker, AWS (Elastic Beanstalk, ECS, Lambda), and GCP (App Engine). The system is built as a web application so it can also run in any modern browser.
Yes. Every supported geometry renders in real-time 3D using Three.js with PBR materials and studio lighting. You can rotate, zoom, and inspect parts interactively. Scan directions are visualized as overlay arrows on the 3D model.
Intel & Apple Silicon
Coming SoonAppImage / .deb
Coming SoonReplace spreadsheets, manual calculations, and inconsistent documentation with a single, intelligent platform that ensures 100% standards compliance.