Generate Production Mechanical CAD in Seconds
Transform engineering specs, structural constraints, and dimensional requirements into verified parametric STEP files ready for CNC milling and 3D printing
Built for Serious Mechanical Engineering
No fragile meshes. Real solid geometry with complete parametric history and manufacturing validation
True Parametric B-Rep Solids
Export clean STEP and IGES files that import flawlessly into SolidWorks, Inventor, and Onshape
Editable feature tree with continuous sketches and extrusions
Zero non-manifold mesh defects or surface tearing
Standardized ISO and ANSI tolerance compliance
Instant DFM Validation
Catch manufacturing defects before cutting metal
Automatic draft angle detection for injection molding
Wall thickness heatmaps and minimum radius checks
Built-in stress distribution and thermal deflection heuristics
One-Click CAM Export
Cut toolpath prep from 8 hours down to 3 minutes
Pre-configured G-code generation for 3-axis and 5-axis mills
Automatic sheet metal flat pattern unfolding with K-factor
Direct integration with leading manufacturing vendor APIs
0
Average Time Savings
0
Tooling Re-spins Prevented
0
Certified Material Presets
0
Prototypes Manufactured
Use Cases
Robotics & Drone Startups
+
Consumer Hardware Agencies
+
Rapid Machining Job Shops
+
From Functional Concept to Finished Metal
How Traceform turns mechanical parameters into physical hardware
01
Step 1: Define Dimensional Constraints
Specify boundary limits, mounting hole coordinates, structural loads, and required fabrication materials in intuitive terms.
02
Step 2: Synthesize & Solve Geometry
Traceform's geometric kernel builds mathematically verified parametric solid bodies with full feature histories.
03
Step 3: Export & Fabricate
Download production-grade STEP files, 2D technical drawings with GD&T annotations, or send directly to fabrication partners.