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Assembly Verification

Inspect assembled components for orientation, missing parts, wrong placement, incorrect fitment, and process errors — before a faulty assembly moves on to cost you more.

Every assembly confirmed before it moves on

An assembly with one reversed part or one wrong variant often passes the next station and fails at the customer. By then, the cost of the error has multiplied many times.

Vision checks each sub-component in one image: present, correctly oriented, in the right place, and the right variant. Each region reports its own result, so operators see exactly what failed and rework is quick.

What we verify

Multiple checks run together in a single image and a single cycle.

Orientation

Confirm parts are not flipped, rotated, or reversed.

Missing Parts

Detect any sub-component absent from the assembly.

Wrong Placement

Check that parts sit within tolerance of their nominal position.

Incorrect Fitment

Spot parts not fully seated, gapped, or misaligned.

Wrong Variant

Tell apart similar parts by shape, color, or marking.

Process Errors

Catch sequence errors, doubled parts, or foreign objects.

How the setup changes with the assembly

A quick sense of what typically drives the setup — the exact tools are always tuned during commissioning.

Small Mechanical Assemblies

Coaxial or ring lighting with pattern matching on each region of interest.

Colored or Mixed Parts

Color cameras to separate variants that differ only in color.

Complex Housings

Multi-camera setups or robot-mounted cameras to view all faces.

Fitment & Gaps

Backlighting or telecentric optics for accurate gap and seating checks.

Multi-Variant Lines

Recipe-driven inspection that switches regions and references automatically when the product variant changes.

Sample Data

Error detection in sample deployments
0 %
Assembly checks per image
0 +
Assemblies verified
0 %
Industries in case studies
0

Case studies

Assembly Verification in the field

Before
After

Checking part orientation on a seat-motor assembly

Reversed brackets passed manual checks and surfaced as field returns. A fixed camera now verifies orientation of every bracket before the next station.

100%

Assemblies checked

~40%

Fewer returns

<250ms

Cycle time

Before
After

Verifying connector seating on populated boards

Half-seated connectors escaped to functional test. A high-res camera now checks seating height and position against a golden reference.

100%

Boards inspected

~25%

Fewer test failures

<300ms

Per board

Before
After

Confirming correct components in device kits

Wrong-variant components slipped into kits. Color vision now verifies each component type and count before the kit is sealed.

100%

Kits verified

Zero

Wrong-variant kits

<200ms

Per kit

Industries that lean on this application

Finding assembly errors too late?

Tell us what the assembly contains and what can go wrong. Our application engineers will recommend the camera, lighting, and lens combination to do it on every unit.

Book an Application Consultation

Share your requirement, our expert will be in touch with you on same day