Internal Capability StudyMistake-Proofing Fixture
Poka-Yoke Assembly Nest
A keyed assembly fixture developed to control part orientation, stage hardware, and reduce avoidable operator errors.
Read the capability studyPortfolio
Internal capability studies built around practical business problems.
No invented clients and no generic render gallery. Each study documents the problem, constraints, CAD approach, print strategy, fit checks, revisions, physical validation, and final result.
These four founder-built projects demonstrate a repeatable engineering process across assembly support, labeling, point-of-use organization, and replacement-part development. Each page separates what was physically proven from what would still require customer-specific validation.
Internal Capability Study
Internal Capability StudyLabeling & Assembly Support
Gateway Label Placement Fixture
A modular bench-top system using a replaceable nest and removable mask to support consistent label placement.
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Internal Capability StudyWorkflow Improvement
Machine-Side Workflow Dock
A magnetic workstation aid designed to organize documents, calipers, markers, and staged fasteners at the point of use.
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Internal Capability StudyReverse Engineering
Reverse-Engineered Control Knob
A replacement-part study focused on physical measurement, D-shaft fit control, retention, and real-hardware validation.
Read the capability studyCase-study standard
Show the thinking, not only the final print.
01
Problem and intended workflow
02
Design inputs and constraints
03
CAD development and key decisions
04
Print process and material rationale
05
Fit, orientation, or functional checks
06
Revision history and final outcome
Have a practical problem?
Bring the part, sketch, file, or idea.
We’ll review the application and recommend a realistic next step before you commit to a full build.