Lumafield’s CT platform gives Amazon engineers and operations teams non-destructive visibility into hidden product defects and counterfeit goods across supplier qualification programs, R&D labs, and fulfillment centers.

Inspect PCB solder joint quality, connector seating, hidden internal damage, and more to ensure product quality and reliability.

Resolve internal joint integrity, actuator alignment, gear mesh geometry, and embedded sensor seating in Amazon's own robotics assemblies before units are deployed across fulfillment centers at scale.

Determine whether returned products have been opened, damaged, or component-swapped before restocking, preventing fraud.
Validate that new suppliers and incoming samples match your specifications, catching tooling shortcuts, material substitutions, and assembly differences early.
Track consistency across batches, shifts, and contract manufacturers over time, catching gradual deviations before they become a returns spike or a safety incident.
Identify poor quality cells and manufacturing deviations before units are distributed, ensuring product safety.
Non-destructively classify returned units as genuinely defective, customer-damaged, or fraudulently substituted, enabling faster restocking decisions and reducing write-off rates.
Solder joint failures, component misalignment, and wire crimp defects in electronics assemblies are among the most common sources of field returns and warranty cost. This guide covers CT inspection workflows for consumer and industrial electronics where the defects that matter most are the ones hidden beneath the surface.


Lumafield's platform moves with you, from the R&D bench to high-volume production.
Send us a sample — electronics assembly, battery pack, or suspected counterfeit — and we’ll show you what’s inside.
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Missy works with hardware and quality teams across Lumafield's high-tech customer base. She brings that cross-functional context directly to every assessment.
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