Reverse Engineering
We reverse engineer gears, shafts, and gearbox components to recreate accurate prints, 3D models, and replacement parts that fit and perform to specification.
Technology
Our process includes teardown, dimensional inspection, tooth form measurement, and digital reconstruction in CAD. We create 3D models, manufacturing drawings, and CAM data, then validate geometry with contact pattern, fit, and backlash checks. Supported forms include spur, helical, herringbone, straight bevel, worm, and involute or straight-sided splines.
AutoCAD
SolidWorks 3D Modeling
BobCAD
CAD/CAM
GearTeq
Precision Inspection and Measurement Tooling
Dedicated Teardown and Assembly Bays
AutoCAD
SolidWorks 3D Modeling
BobCAD
CAD/CAM
GearTeq
Precision Inspection and Measurement Tooling
Dedicated Teardown and Assembly Bays
Key Reverse Engineering Operations
Legacy Part Measurement and Documentation
3D Solid Modeling and Manufacturing Drawings
Gear Geometry Reconstruction for Spur, Helical, Herringbone, Bevel, and Worm
Involute and Straight-Sided Spline Reconstruction
Fit, Backlash, and Contact Pattern Verification
Material and Heat Treat Callout Per Print or Sample
Replacement Part Manufacture to Print
Obsolete or OEM-Only Component Replacement
3D Solid Modeling and Manufacturing Drawings
Gear Geometry Reconstruction for Spur, Helical, Herringbone, Bevel, and Worm
Involute and Straight-Sided Spline Reconstruction
Fit, Backlash, and Contact Pattern Verification
Material and Heat Treat Callout Per Print or Sample
Replacement Part Manufacture to Print
Obsolete or OEM-Only Component Replacement
Quality has been our priority for over 70 years.
With in-house inspection, part quality is never a question. It’s a guarantee.
Discuss your part prints with an engineer.
Schedule a call today to get started on a gear manufacturing quote.
Get a Quote
