AMAOE U-IP 10 Stencil

AMAOE U-IP 10 Stencil With CPU Position for iPhone 14 / 14 Plus / 14 Pro / 14 Pro Max – A16 / A15

When a technician in Pakistan receives an iPhone 14 with a hang on logo, dead after flash, or a hardware fault traced back to the CPU or NAND layer, the repair path leads directly to BGA reballing. The AMAOE U-IP 10 stencil is purpose-built for exactly this workflow — covering the Apple A16 Bionic found in iPhone 14 Pro and 14 Pro Max, and the Apple A15 Bionic used in iPhone 14 and 14 Plus. One stencil handles both chipsets, which means your repair bench stays organized without hunting for separate tools.

AMAOE built this stencil to 0.12mm thickness — the standard precision spec for iPhone CPU reballing. At this thickness, flux paste fills each aperture cleanly, and solder balls sit at the correct height before reflow. Thicker stencils risk bridging; thinner ones deposit insufficient tin. The U-IP 10 hits the exact spec your hot air station and soldering workflow demands.

Each aperture in the U-IP 10 is laser-cut to match the exact ball grid layout of the A16 and A15 chipsets. Misaligned apertures are one of the most common failure points in budget stencils — they shift the ball position slightly, which causes cold joints or open circuits after reflow. AMAOE's laser precision eliminates that risk, giving you accurate placement across every pad on the BGA matrix.

The stencil is made from stainless steel, which gives it resistance against the repeated heat cycles a busy repair workshop generates. Unlike thin tin stencils that warp after a few uses, the AMAOE U-IP 10 maintains its flat profile session after session. Whether you run five reballs a day or fifty, the stencil holds its geometry.

In the Pakistani repair market, iPhone 14 series phones are increasingly common at service centers, both for hardware repairs and dead phone recovery after failed software operations. The A16 and A15 CPUs are frequently involved in charging issue faults, boot loop issues, and board-level damage after liquid entry. When the CPU or NAND BGA pads show damage, reballing with a calibrated stencil is the repair step that determines whether the board can be saved. The U-IP 10 gives you that precision layer.

Using the U-IP 10 in your reballing setup pairs naturally with your existing PCB holder, hot air station, and reballing flux. Position the stencil over the chip site, apply flux paste, drag the solder balls across the apertures, and let the paste hold them in position for reflow. The apertures are sized to accept standard BGA solder balls at the diameter appropriate for Apple chipset work. The process is straightforward if you already work with reballing kits and microscopes — the stencil simply gives you the model-specific alignment your workflow needs.

For workshops handling multiple iPhone models, the AMAOE U-IP series covers the full iPhone lineup from iPhone 5 through iPhone 14 in a consistent format, so your stencil rack stays organized by series. The U-IP 10 slots into that system as the iPhone 14 entry, making tool management simple.

Whether you are repairing a board with confirmed BGA damage under your microscope or prepping a CPU for transplant after IC change, the AMAOE U-IP 10 gives your bench the precise, reliable stencil it needs to complete iPhone 14 series CPU reballing correctly.