Mitsubishi NC Analyzer 2

Purpose & User Intent: The Mitsubishi NC Analyzer 2 provides offline analysis of Mitsubishi NC data for CNC engineers, maintenance teams, and quality inspectors. It helps verify program integrity before production and diagnose performance anomalies across tooling and feeds.
Core Logic & Features: The tool imports NC programs and machine logs, parses Mitsubishi G/M blocks, validates syntax, computes cycle time, feed usage, spindle utilization, and tool wear indicators. Required features include a robust Mitsubishi-specific G-code parser and data mapping; optional features cover batch analysis, custom post-processing, CSV/JSON exports, telemetry correlation, and multi-language support.
Inputs & Outputs: Inputs are NC program text, machine control settings, tool library data, and environment units. Outputs include a diagnostic report with metrics, warnings, and recommended adjustments, plus export options in CSV or JSON for downstream systems. The analysis emphasizes reproducibility and auditability across runs.
Algorithms & Calculations: The system lexically tokenizes blocks, identifies G/M codes and canned cycles, then estimates execution time using travel and cutting time components, with a simple kinematic model for axis moves. It measures path efficiency, validates against tolerances, and flags blocks with potential inefficiencies or errors.
Error & Edge Cases: Unknown codes produce warnings; missing machine data prompts safe defaults; very large files may trigger timeouts; malformed inputs are reported with exact block references; cross-checks against reference libraries mitigate false positives.
Industry/Region & Localization: Primarily metric units (mm) with configurable unit presets; aligns with common CNC data practice worldwide and supports Mitsubishi control variants; data handling follows standard manufacturing analytics norms.
Assumptions & Exclusions: Assumes pre-formatted Mitsubishi NC inputs and offline use; not real-time control, CAM generation, or live machine calibration; excludes 3D simulation and vendor-specific anti-tamper features.