Amaoe Emmc3 (EMMC/EMCP/UFS/UMCP/LPDDR/NAND/PCIE) Stencil

Amaoe Emmc3 Reballing Stencil for eMMC, eMCP, UFS and NAND Chips Every technician who handles storage chips knows the drawer problem: one footprint, one stencil, and the collection keeps growing until you cannot find the right plate. The Amaoe Emmc3 (EMMC/EMCP/UFS/UMCP/LPDDR/NAND/PCIE) Stencil cuts that clutter. Amaoe makes it as a 0.15mm steel mesh in its Universal series, and it replaces the discontinued Emmc1 stencil. You get apertures for BGA153, BGA169, BGA221, BGA254, BGA178, BGA297, BGA110, BGA70 and BGA60 packages on one plate, so a single stencil handles a wide spread of Android memory chips. Use it on dead phone jobs, dead after flash cases, and any hardware fault that points at the storage chip.How the Stencil Fits Your Reballing Workflow Start after you lift the faulty chip with your hot air station and clean the old solder off the board pads and the chip underside. Under your microscope, lay the Amaoe Emmc3 stencil over the chip and line up the apertures with the pads until every opening sits centred. Take your time on alignment, because a stencil sitting even slightly off shifts every ball and costs you a second attempt on the same chip. Hold the chip steady in a PCB holder, then spread your solder through the openings. Heat the stencil and chip together until the solder forms balls, let it cool, and lift the steel mesh. Shops that change many storage chips each week save real bench time by keeping this one plate within reach.Package Coverage and Steel Mesh Build The name on the label tells you the scope. eMMC packs NAND flash with its controller, and eMCP stacks LPDDR memory with eMMC storage in one package, so you reball both with the same plate when the footprint matches. UFS and UMCP follow the same idea on the newer interface, where UMCP pairs UFS with LPDDR. NAND and PCIe packages sit under the same 0.15mm mesh. You clean the steel mesh with flux remover after each job and reuse it. Always count the balls on your chip and compare the layout with the stencil before you start, because the right BGA size decides whether the apertures land on your pads. Check the Compatible Devices list below for the exact BGA sizes.Pairing It With Programmers and ISP Tools A fresh reball only solves half the job. Once the chip sits back on the board, you still need to write the firmware, so you move to your eMMC programmer, UFS adapter or ISP pinout tool and run your box for the software side. That flow covers hang on logo faults, boot loop issue cases and phones that died after flash. If you want firmer alignment, step up to a reballing platform from the Reballing Kits category, which holds the chip while you work. Keep your soldering station, hot air stations and a microscope close by, because clean pads and steady heat decide whether the reballed chip passes testing on the first try. Many shop owners search for the price in Pakistan before they check fit, so confirm your chip package first and order the stencil that matches your most frequent jobs.