Lamination, Assembly, and Integration Review Guide
Before production, document cleanliness, alignment, lamination order, domes, LEDs, PCB integration, and functional tests, then confirm the relevant requirements against the released drawings, approved samples, and acceptance criteria.
Build the stack consistently
Lamination and assembly control cleanliness, alignment, trapped stress, and component interfaces
Layer order, liners, cleaning, registration, pressure, dome placement, LED or PCB components, tail routing, adhesives, and functional checks determine whether separate parts become a stable assembly. Purchased and outsourced content should remain traceable.
Define the build sequence
Record cleaning, liner removal, alignment aids, layer order, pressure, dwell, component placement, and handling controls.
Manage shared tolerances
Check windows, keys, contacts, domes, LEDs, holes, edges, tail, connector, support, and overall thickness across the stack.
Test before release
Use visual, dimensional, continuity, key, lighting, bond, and sample-level functional checks tied to the correct revision.
Process handoff
Connect drawings, samples, inspection, and production
Keep Lamination, Assembly, and Integration Review Guide aligned with the released drawings, approved sample, and downstream inspection records.
What information is needed before choosing an adhesive?
Describe the bonding material, surface finish, flatness, cleaning method, temperature, humidity, and loading. Use the actual bonding surface for sample evaluation where needed.
Can a misaligned assembly be peeled off and reapplied?
Repeated peeling can damage the adhesive, flexible tail, or overlay. Assess rework using the adhesive, bond time, and construction, then recheck appearance and function.
Project RFQ
Send a drawing—or begin with the equipment use
Artwork, enclosure dimensions, sample photos, or a question list can all start the engineering review.