Advanced engineering suite
Each of these repairs is carried out on the board or the assembly itself — diagnosed first, quoted before anything begins.
When a phone stops charging, loses a display rail or draws current the moment it is powered, the fault usually sits on the main board rather than in a replaceable part. We trace the rails and data lines at component level and repair the board itself.
Large chips are soldered to the board through a grid of microscopic spheres. Drop damage, heat and previous repairs break those joints. We remove the package, reball it and reflow it back onto the board.
Recovery starts with the board. Where a device is dead, the repair that gets it talking again is what makes the data reachable — and where it can't be, the storage chip itself is the target.
Face ID is one of the most delicate assemblies in a modern phone: an infrared projector, an illuminator and a camera, all paired to the board. Damage to the module, its flex or the circuitry behind it stops it working.
Not every display fault means a new panel. Where the panel itself is sound and the failure sits in the layers, the flex or the bonding between them, the assembly can be restored rather than replaced.
Vertical and horizontal lines across a display usually come from the driver circuitry or the flex that carries the signal, not from a broken panel. Repairing that connection can resolve the fault without a full screen replacement.
A phone that won't charge, heats up, or refuses to boot is often a power-management problem rather than a dead device. These are small chips with exacting tolerances, repaired at the component level.
Consoles fail in the same places as phones — power rails, ports, and their own large processors — and they respond to the same component-level approach.
Describe what the device is doing and a technician will work out where the fault sits — with a written price before any work starts.