
Layered iPhone logic boards have to come apart before you can work on either half, and the risk in that job is heat going where it is not wanted.
Layered iPhone logic boards have to come apart before you can work on either half, and the risk in that job is heat going where it is not wanted. This WL…
Layered iPhone logic boards have to come apart before you can work on either half, and the risk in that job is heat going where it is not wanted. This WL platform is machined for the 17-series board shapes and concentrates thermal energy along the middle-frame solder perimeter instead of flooding the whole board.
A hollow centre column acts as the thermal barrier. Keeping heat off the core means the CPU and the fragile ICs around it are not subjected to the thermal swelling or internal cracking that causes a separation job to turn into a much larger repair.
It mounts without hardware. Indexing magnets underneath snap it into position on the orange WL host platform, so there is nothing to screw down or clamp while you are working under a microscope.
Microsoldering and board-level technicians who separate layered iPhone logic boards as part of routine chip-level repair.
Board removal → seat on the heating module → perimeter heating and layer separation → component repair → re-join and test.
Layered iPhone logic boards have to come apart before you can work on either half, and the risk in that job is heat going where it is not wanted. This WL platform is machined for the 17-series board shapes and concentrates thermal energy along the middle-frame solder perimeter instead of flooding the whole board. A hollow centre column acts as the thermal barrier. Keeping heat off the core means the CPU and the fragile ICs around it are not subjected to the thermal swelling or internal cracking that causes a separation job to turn into a much larger repair. It mounts without hardware. Indexing magnets underneath snap it into position on the orange WL host platform, so there is nothing to screw down or clamp while you are working under a microscope. • CNC-machined seating for four different 17-series board shapes • Hollow centre-column barrier concentrates heat on the solder perimeter • High-strength indexing magnets — screw-free and clamp-free mounting • Even heat distribution that removes cold spots during separation Compatible with: iPhone 17, iPhone 17 Air (Slim), iPhone 17 Pro, iPhone 17 Pro Max.
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