ENGINEERING
Capabilities & Precision.
From mechanical CAD and progressive dies to FEA simulation, ASME Y14.5 drafting, and 3D Scan-to-CAD reverse engineering, our engineering capabilities bridge the gap between design and physical manufacturing.
Mechanical Design
"Product design, part modeling, assemblies, mechanisms, sheet metal, surfacing and engineering documentation."
Product design, part modeling, assemblies, mechanisms, sheet metal, surfacing and comprehensive engineering documentation built around practical manufacturing requirements.
Tooling & Die Design
"Progressive dies, forming tools, stamping dies, deep-drawing tooling and related engineering documentation."
Progressive dies, forming tools, stamping dies, deep-drawing tooling and complete tooling engineering documentation engineered for high-volume manufacturing.
Reverse Engineering
"Scan data, mesh processing, surface reconstruction, parametric CAD and existing-part modernization."
Scan data processing, mesh alignment, surface reconstruction, parametric CAD conversion, and existing-part modernization from physical samples or scan files.
Simulation & Validation
"FEA, forming simulation, design validation and engineering analysis."
Finite Element Analysis (FEA), sheet metal forming simulation, design validation, and engineering analysis to identify stresses, springback, and failure risks prior to tooling fabrication.
GD&T & Technical Documentation
"2D drawings, tolerancing, BOMs, assembly documentation and manufacturing information."
Comprehensive 2D engineering drawings, GD&T tolerancing adhering to ASME Y14.5 and ISO GPS, Bills of Materials (BOM), assembly documentation, and manufacturing information.
Manufacturing-Focused Engineering
"Design decisions informed by tooling, machining, fabrication, assembly, inspection and production requirements."
Engineering and DFM decisions directly informed by practical tooling, CNC machining, fabrication, assembly line constraints, inspection methods, and production realities.
Build Your Project Brief
Select the complexity tier and any add-on modules that apply. We will define the exact delivery schedule in your project Statement of Work.
Exact delivery schedule confirmed in your SOW after briefing.