Amaoe BGA Reballing Stencil-Original For iPhone 11/Pro/Max A13 CPU IC Chip Planting Tin Template Soldering Net
Premium Stencil for Professional Results
Introducing the Amaoe BGA Reballing Stencil-Original For iPhone 11/Pro/Max A13 CPU IC Chip Planting Tin Template Soldering Net, your ultimate solution for precise and reliable soldering of iPhone 11, 11 Pro, and 11 Pro Max A13 CPU IC chips. Crafted with high-quality materials, this original stencil ensures optimal performance for intricate soldering tasks. Amaoe BGA Reballing Stencil-Original For iPhone 11/Pro/Max A13 CPU IC Chip Planting Tin Template Soldering Net
Tailored Design for Maximum Accuracy
Engineered specifically for A13 CPU IC chips, the stencil fits perfectly, allowing seamless tin planting and reballing. Its laser-cut design offers superior alignment, reducing errors and ensuring smooth workflow every time.
Durable and Long-Lasting Performance
Built to withstand repeated use, the stencil is made from durable, heat-resistant materials to support consistent performance over time. Whether you’re a technician or an enthusiast, this tool is perfect for achieving professional-grade soldering results with ease. Amaoe BGA Reballing Stencil-Original For iPhone 11/Pro/Max A13 CPU IC Chip Planting Tin Template Soldering Net
The Amaoe BGA Reballing Stencil for the iPhone 11 series is a high-precision tool designed for professional logic board repair. When dealing with the A13 Bionic chip, the margin for error is microscopic. This stencil is specifically engineered to handle the high density of solder balls required for the CPU, RAM, and associated ICs. Amaoe BGA Reballing Stencil-Original For iPhone 11/Pro/Max A13 CPU IC Chip Planting Tin Template Soldering Net
Below is a comprehensive breakdown of the specifications, material science, and technical utility of this specific template. Amaoe BGA Reballing Stencil-Original For iPhone 11/Pro/Max A13 CPU IC Chip Planting Tin Template Soldering Net
Technical Specifications Table
| Feature | Details |
| Brand | Amaoe (Authentic/Original) |
| Series Compatibility | iPhone 11, iPhone 11 Pro, iPhone 11 Pro Max |
| Supported Chipsets | A13 Bionic CPU, Upper/Lower layers, RAM, PMIC |
| Material | High-Grade Japanese Imported Steel (SUS304) |
| Thickness | 0.12mm (Ultra-thin precision) |
| Hole Design | Square holes with rounded corners (Anti-bulge technology) |
| Heat Resistance | High thermal stability; resists deformation under direct heat |
| Alignment Type | CNC Laser Cut Precision |
| Coating | Anti-static, oxidation-resistant finish |
| Application | BGA Reballing, IC Chip Planting, Motherboard Repair |
In-Depth Product Analysis
1. Material and Build Quality
The Amaoe stencil utilizes imported Japanese steel, which is the industry gold standard for micro-soldering. Unlike cheaper alloys, this steel has a low thermal expansion coefficient. This means when you apply heat with a hot air station to melt the solder paste, the stencil remains flat. Cheaper stencils often “drum” or warp, causing solder bridges that can short-circuit the A13 CPU.
2. Square Hole Technology
The A13 Bionic is a complex Package-on-Package (PoP) structure. Amaoe uses laser-cut square holes with slightly rounded internal corners. This geometry is superior to circular holes because:
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Paste Release: It allows the solder paste to release more cleanly when the stencil is lifted.
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Ball Uniformity: It ensures that every “tin ball” is exactly the same height, which is critical for the 0.12mm pitch found on iPhone 11 logic boards.
3. Thermal Management
The iPhone 11 Pro Max motherboard is notoriously thick and acts as a massive heat sink. When reballing the CPU, you need a stencil that can withstand temperatures between 300°C and 350°C without losing its structural integrity. Amaoe’s “Original” line is treated to handle these cycles repeatedly, making it a “buy once” tool for high-volume shops.
Why the A13 Requires This Specific Template
The A13 Bionic chip is not just a processor; it’s a multilayered sandwich. Reballing it involves two distinct challenges:
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The Bottom Layer: Connecting the CPU to the main logic board.
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The Top Layer: Connecting the LPDDR4X RAM to the CPU.
This Amaoe template includes the specific patterns for both the CPU base and the RAM pads. If the stencil is off by even a fraction of a millimeter, the iPhone will fail to boot or, worse, suffer from “Error 4013” during restore.
Comparison: Amaoe vs. Generic Stencils
| Feature | Amaoe Original | Generic / “Blue” Stencils |
| Warping | Minimal to none | High risk after 2-3 uses |
| Hole Alignment | 1:1 CNC Match | Often slightly offset |
| Solder Release | Smooth, non-stick | Requires frequent cleaning |
| Durability | Professional Grade | Hobbyist/Single Use |
Best Practices for Use
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Cleaning: Always clean the stencil with 99% Isopropyl Alcohol after every use to prevent dried flux from clogging the micro-apertures.
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Paste Choice: Use high-quality 183°C leaded solder paste (like Mechanic or Relife) for the best results with this 0.12mm template.
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Pressure: Apply even pressure with tweezers at the center of the IC to ensure no paste seeps under the stencil during application.
Note: The iPhone 11 series uses a “sandwich” motherboard design. While this stencil handles the IC chips, you may also require a middle-frame reballing station if you are splitting the board layers.
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