In-House Tooling Library (CNC + 3D-Printed Production Jigs)

I design and produce a wide range of in-house tooling used across multiple production stations, including CNC-machined fixtures and 3D-printed jigs. These tools support tight-tolerance assemblies, improve repeatability, and help operators work faster and more consistently.

In a fast-moving manufacturing environment, small tooling improvements make a big difference. I build and maintain a library of jigs and fixtures—often designed quickly, iterated with production feedback, and standardized for repeatable use. Many tools are 3D printed for rapid turnaround, while others are machined in-house when tighter tolerances or durability are required.

What I do

• Design jigs/fixtures for multiple stations (alignment, assembly support, holding, protection, and inspection aids)
• Use 3D printing for rapid prototypes and quick-turn production tooling
• Machine high-precision fixtures in-house when required for alignment and tight tolerances
• Iterate designs based on operator feedback to improve usability and reduce variation
• Document setup steps and checks to ensure consistent daily use

Impact

• Faster turnaround on new tooling by designing and producing in-house
• Improved station-to-station repeatability and reduced operator variability
• Better handling support for delicate assemblies and tight-tolerance features

Tools: Fusion 360, CNC milling (in-house), 3D printing, prototyping and iteration, production documentation