About FabLogic.org
FabLogic is an open-access, zero-telemetry engineering computational platform built for CNC machinists, toolmakers, sheet metal fabricators, and welding engineers.
Deterministic, Zero-Telemetry Shop Floor Computing
Modern shop floors and manufacturing engineering departments often face a frustrating trade-off: ad-supported web calculators cluttered with intrusive tracking scripts, or closed-source, subscription-gated desktop utilities requiring vendor lock-in.
FabLogic follows the proven engineering architectural principles pioneered by PowerLab.org (electrical engineering computation) and HVACLogic.org (psychrometric & thermodynamic analysis): 100% client-side computation, zero database dependencies, zero third-party telemetry, and instant sub-millisecond evaluation.
Core Engineering Pillars
Mathematical Rigor
Every formula is backed by formal proofs and empirical references directly from Machinery's Handbook, SME Tool & Manufacturing Engineers Handbook, and plasticity theory.
Zero Privacy Exposure
Your part dimensions, feed parameters, and proprietary alloy compositions never leave your device. All calculations are executed locally inside your browser memory.
Consensus Standards
Equations strictly conform to active revisions of ASME Y14.5, ASME B1.1, AWS D1.1, ISO 2768, ISO 965, and DIN 6935 standards.
Shop Floor Resilience
High-contrast dark industrial UI optimized for machine-side touchscreens, shop terminals, and low-light CNC enclosures with zero latency.
Governing Standards Reference
FabLogic algorithms and matrices are derived from authoritative technical bodies:
- •ASME: The American Society of Mechanical Engineers (ASME Y14.5 GD&T, ASME B1.1 UN Threads, ASME Section IX Welding)
- •AWS: American Welding Society (AWS D1.1/D1.1M Structural Welding Code - Steel)
- •ISO: International Organization for Standardization (ISO 2768 Tolerances, ISO 965 Metric Screw Threads, ISO 513 Tooling)
- •Industrial Press: Machinery's Handbook 31st/32nd Edition