The Amaoe LCD3 iPhone 6S-17 Series Reballing Stencil puts a purpose-built BGA template on your bench for one of the most common board-level jobs you face in a mobile repair shop: reballing the LCD display driver IC and the Face ID dot projector IC after a display or Face ID fault. You already know the scenario — a customer brings in a dead phone, a white screen, a flickering display, or a Face ID fault after a drop or a bad flash, and the fix comes down to pulling the IC, cleaning the pads, and putting fresh solder balls down in exactly the right spot. This stencil covers that workflow across a wide generation span, from iPhone 6S boards through the newer 17 series, with laser-cut apertures matched to each board's BGA pad layout section by section, so you don't have to eyeball ball placement or guess at pitch on an unfamiliar board. Each section carries clear model markings, so on a busy repair day you flip straight to the right layout instead of hunting through a drawer of loose templates trying to match holes to pads by eye. The steel build resists warping when it sits on a hot air station or reflow plate, which matters more than most technicians realize — a stencil that bows even slightly after a few uses starts producing uneven balls, bridging, and rework you didn't plan for on your schedule. Because this one holds its shape through repeated thermal cycles, it stays accurate job after job instead of turning into a one-time consumable you replace every week or two. You get consistent ball height and spacing straight out of the pack, which cuts down on the retries that eat into your bench time when a stencil doesn't sit flat or the holes don't line up cleanly with the IC pads underneath. It works the way your bench already works — lay the stencil over the cleaned pad area, apply solder paste through the openings, lift it off carefully, and reflow with your existing hot air station or BGA rework machine. No extra fixtures, jigs, or proprietary hardware required, so it slots straight into a soldering and rework process you've already got dialed in for daily use. For shops running a high volume of display and Face ID repairs, having one stencil that spans this many iPhone generations means less inventory to stock and less time spent digging for the right template mid-repair when a customer is waiting on a same-day turnaround. It also fits naturally into a broader dead-after-flash or boot loop recovery workflow, since board-level IC faults on the LCD driver or Face ID side often show up alongside power and boot issues that only clear once the IC gets reflowed correctly and the pads make solid contact again. Technicians handling PCB repair at the component level — not just software-side fixes with a box or flashing tool — will find this stencil earns its place next to the hot air station, flux, solder paste, and tweezers as a standard part of the reballing kit on the bench. It's a straightforward tool with one specific job: get your solder balls placed accurately, every time, across a broad range of iPhone boards, without the guesswork that comes from working freehand or with a stencil that has already lost its precision after heavy use. If your shop handles display, touch, or Face ID repairs regularly across both older and newer iPhone models, this is the kind of tool that pays for itself quickly in reduced rework, fewer callbacks, and faster turnaround on jobs that would otherwise eat up hours of bench time better spent on the next repair in the queue.
