Step-by-step BGA rework process flow outlining removal, site preparation, inspection, reinstallation and verification. Designed to ensure controlled, repeatable results in critical applications.
Inspection guidelines for BGA rework including site condition, pad integrity and alignment verification. Covers visual, X-ray and process checks to confirm quality restoration.
BGA reball inspection procedures to verify solder sphere alignment, size consistency and attachment integrity. Includes visual and measurement checks to ensure readiness for reinstallation.
Develop thermal profiles for BGA rework using standard thermocouple placement and ramp control methods. Covers preheat, soak and reflow parameters for safe component removal and attachment.
Create optimized BGA rework profiles using Smart Track techniques for improved thermal accuracy. Includes real-time temperature tracking and process refinement for repeatable results.
Perform controlled BGA component rework including removal, site redress and reattachment. Covers alignment, flux application and thermal control for reliable solder joint formation.
Reball BGA components using solder braid for ball removal and mini-oven attachment. Covers site preparation, sphere placement and controlled reflow for consistent results.
Restore BGA solder spheres using braid removal and reflow oven attachment methods. Includes stencil alignment and thermal control for uniform ball formation.
Reball BGAs using robotic ball removal and mini-oven attachment techniques. Covers automated sphere removal and controlled reflow for precision restoration.
Advanced BGA reballing using robotic ball removal and reflow oven attachment. Designed for high-repeatability solder sphere replacement in demanding assemblies.
Remove BGA components using precision machining techniques when thermal methods are unsuitable. Covers controlled material removal to protect underlying circuitry.
