Mechanical design
Build parametric models, check fits and clearances, and use drawings to communicate the features that control assembly.
Explore how engineers turn an idea into a part they can make, measure, and put to work.
Rotate, inspect, and take an assembly apart. Three illustrative models, ready to explore.
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A practical look at the disciplines behind repeatable parts.
Build parametric models, check fits and clearances, and use drawings to communicate the features that control assembly.
Plan tool access, workholding, and setup order around the surfaces that matter most to the part’s function.
Prototype complex geometry and evaluate how build orientation, supports, and finishing affect the result.
Choose datums and measurement methods so the inspection can verify the features that determine fit and performance.
Define how the part needs to work before deciding how to make it.
Document loads, interfaces, operating conditions, and expected production volume.
Check assembly fit and review tolerances, material, and tool access with manufacturing.
Test fit and function, record issues, and revise the model and drawing together.
Plan setups and inspect critical dimensions against the released drawing.
A flange mounts the housing to a frame while the bore locates the bearing. The mounting face and bore position determine how the assembly aligns.
Choose a process to see where it fits and what to check before committing.
Consider machining for rigid parts with accessible precision features, such as bearing seats, locating faces, and threaded holes.
Check early: Tool reach, internal corner radii, and how the part will be held in each setup.
Capture the essentials before your next design review. Download a plain-text brief to keep or share with your team.
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