Package geometry
Pitch, ball pattern, body size and thermal mass influence placement and heating.
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BGA ASSEMBLY SERVICES
ANZ Electric connects BGA design review, placement, thermal profiling, reflow and X-ray analysis to manage the risks hidden beneath the package.

BGA RISK CONTROL
Ball composition, package size, laminate, surface finish, solder-mask clearance and board warpage can all affect BGA joint formation.
Pitch, ball pattern, body size and thermal mass influence placement and heating.
Pad design, mask clearance, finish, vias and laminate behaviour require alignment.
Ramp, soak, peak and cooling conditions are matched to component and solder requirements.
X-ray analysis supports detection of bridges, opens, voiding and alignment concerns.
BGA ASSEMBLY WORKFLOW
The route is developed from the released design and package information rather than applying a generic oven setting.
Package, pad, vias and materials.
Stencil aperture and deposit.
Position and orientation control.
Heating matched to the package.
Hidden connection analysis.
DESIGN INPUTS THAT MATTER
A complete review helps engineering select the appropriate assembly and inspection route.
Datasheet limits, ball composition and moisture sensitivity inform preparation and reflow.
Land pattern, solder-mask clearance and via strategy influence joint formation.
Laminate behaviour, finish and warpage expectations affect process planning.
Inspection criteria and product-level testing define the evidence required for release.
PREPARE YOUR BGA REVIEW
The production package should allow review of both the BGA itself and the PCB conditions surrounding it.
Gerber or ODB++, stack-up, finish and via details.
BGA part number, ball composition and handling requirements.
Centroid, drawings, orientation and process notes.
Quantity, X-ray criteria and electrical or functional test scope.
START YOUR BGA REVIEW
Send ANZ Electric your design package and BGA requirements for an engineering review.