FORMA MECHANICAL LABProcess guide
ENGINEERING FIELD GUIDE / 01

Mechanical design.
Manufacturing
technology.

Explore how engineers turn an idea into a part they can make, measure, and put to work.

FIG. 01 / COMPONENT STUDYISOMETRIC
Isometric engineering illustration of a bearing housing with a central bore and four mounting holes
BEARING HOUSINGILLUSTRATIVE · NTS
01 / CAD & DFM02 / CNC MACHINING03 / ADDITIVE MANUFACTURING04 / METROLOGY
INTERACTIVE / PART EXPLORER

A new angle on every part.

Rotate, inspect, and take an assembly apart. Three illustrative models, ready to explore.

01 / BEARING ASSEMBLYLIVE 3D VIEW
Interactive 3D part illustration. Use a modern browser to explore the model.

Drag to rotate · Arrow keys when focused · Scroll the page normally

01 / CORE DISCIPLINES

Design decisions shape production.

A practical look at the disciplines behind repeatable parts.

01 / DESIGN

Mechanical design

Build parametric models, check fits and clearances, and use drawings to communicate the features that control assembly.

02 / SUBTRACTIVE

CNC machining

Plan tool access, workholding, and setup order around the surfaces that matter most to the part’s function.

03 / ADDITIVE

Additive manufacturing

Prototype complex geometry and evaluate how build orientation, supports, and finishing affect the result.

04 / VERIFICATION

Inspection & metrology

Choose datums and measurement methods so the inspection can verify the features that determine fit and performance.

02 / ENGINEERING WORKFLOW

From requirements
to a verified part.

Define how the part needs to work before deciding how to make it.

  1. 01

    Define the job

    Document loads, interfaces, operating conditions, and expected production volume.

  2. 02

    Model and review

    Check assembly fit and review tolerances, material, and tool access with manufacturing.

  3. 03

    Prototype and refine

    Test fit and function, record issues, and revise the model and drawing together.

  4. 04

    Make and verify

    Plan setups and inspect critical dimensions against the released drawing.

03 / ILLUSTRATIVE DESIGN STUDY

Bearing housing

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.

Design
Specify the bore fit for the selected bearing and operating conditions.
Manufacturing
Plan setups that preserve the relationship between the mounting face and bore.
Inspection
Measure bore size and verify its orientation relative to the mounting face.
04 / PROCESS SELECTION

Which process fits the part?

Choose a process to see where it fits and what to check before committing.

CNC machining

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.

05 / YOUR NEXT PROJECT

Turn an idea
into a clear brief.

Capture the essentials before your next design review. Download a plain-text brief to keep or share with your team.

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Bearing housing

Scroll or swipe to inspect the enlarged drawing. Press Escape or select Close to return.

Bearing housing with labeled bearing bore, mounting face, and fastener hole.

01 · Bearing bore   02 · Mounting face   03 · Fastener hole
Illustrative component study · Not to scale