Explore our advanced solutions for HVAC, Mechanical, Electrical, and Automation design. Get in touch today

Tooling & Manufacturing Systems

GD&T-driven tooling design and surface finish engineering, translating ASME Y14.5 requirements into traceable, production-ready manufacturing documentation.

Traceable GD&T-to-Tooling Engineering

Traceable GD&T-to-Tooling Engineering

Precision tooling design requires an unbroken chain of traceability from drawing requirement to machining process, where every GD&T callout translates directly into a tooling parameter. Our engineering work applies ASME Y14.5 GD&T analysis to establish traceable links between position, profile, and form tolerances and the tooling stiffness, runout, and setup requirements needed to hold them. We develop complete tooling assemblies and manufacturing documentation — including GD&T-compliant drawings, traceability matrices, and process sheets — that give manufacturers unambiguous instructions for consistent, repeatable production.

Functional Skills

Functional Skills

  • GD&T Analysis per ASME Y14.5 with Drawing-to-Tooling Traceability
  • Surface Texture Analysis (Ra, Rz, Rmax, Bearing Ratio Curves) for Functional Performance
  • Form Tolerance Translation (Flatness, Cylindricity, Circularity) into Tooling Stiffness & Runout Requirements
  • Position & Profile Tolerance Interpretation for Fixture Design & Toolpath Strategy
  • Tolerance Stack Analysis Across Multi-Stage Machining Operations
  • Material-Specific Machining Strategy Development for Hardened Steels, Stainless Steels, Aluminium Alloys & CFRP Composites
Software Skills & Tools

Software Skills & Tools

  • SolidWorks (3D Tooling Assembly Modeling)
  • AutoCAD (Tooling & Fixture Detailing Layouts)
  • ASME Y14.5 GD&T Reference Standards
Cutting Tool & Fixture System Design

Cutting Tool & Fixture System Design

Complete tooling assembly engineering integrating cutting tools, holders, fixtures, and support systems for repeatable, high-precision production.

  • Custom Insert Cutter Configuration with Optimized Pocket Geometry & Runout Control
  • Face Milling Process Engineering for Critical Sealing Surfaces
  • Precision Reamer Design with Optimized Land Geometry & Chip Evacuation
  • Specialized Finishing Tool Development for Burnishing, Honing & Form Tooling
  • Cutting Parameter Engineering and Validation of Speed, Feed, Depth of Cut & Coolant Delivery
Manufacturing Documentation & Traceability Packages

Manufacturing Documentation & Traceability Packages

Complete, production-ready documentation sets that link every drawing requirement to its tooling and process parameters.

  • 3D Tooling Assembly Drawings for Accurate Manufacturing & Assembly
  • GD&T-Compliant Drawings Traceable to ASME Y14.5 Requirements
  • GD&T-to-Tooling Traceability Matrices Linking Drawing Requirements to Machining Processes
  • Process Sheets for Production Setup Optimization & Standardization
  • Comprehensive Manufacturing Documentation Enabling Production Consistency Without Interpretation or Field Adjustment