AMAOE Stencil-Original V2 iPad Pro 0.12mm
Unmatched Precision with AMAOE Stencil-Original V2
The AMAOE Stencil-Original V2 iPad Pro 0.12mm is meticulously crafted to deliver professional-grade precision at 0.12mm thickness. Designed with cutting-edge technology, it ensures pinpoint accuracy, making it an essential tool for designers, engineers, and DIY enthusiasts alike. AMAOE Stencil-Original V2 iPad Pro 0.12mm
Durable Build, Ultra-Thin Design
Engineered for longevity, the stencil boasts a robust and ultra-thin 0.12mm construction. Its durable metal composition resists wear and tear, offering consistent results every time. This slim profile ensures seamless usability without compromising on strength or performance. AMAOE Stencil-Original V2 iPad Pro 0.12mm
Enhance Your Craft with Ease
Whether you’re working on intricate details or large-scale designs, this stencil adapts perfectly to your needs. Its compatibility with the iPad Pro makes it a versatile accessory, ensuring you can achieve high-quality outcomes with minimal effort. Unleash your creativity and take your projects to the next level. AMAOE Stencil-Original V2 iPad Pro 0.12mm
The AMAOE Stencil Original V2 iPad Pro 0.12mm is a professional-grade BGA (Ball Grid Array) reballing tool designed specifically for the micro-soldering and repair of Apple’s high-performance tablets. Utilizing a Japanese-grade stainless steel construction and high-precision laser cutting, this stencil allows technicians to apply solder paste or solder balls with micron-level accuracy. AMAOE Stencil-Original V2 iPad Pro 0.12mm
Below are the full specifications and detailed information for this product. AMAOE Stencil-Original V2 iPad Pro 0.12mm
Technical Specifications
| Feature | Specification Details |
| Brand | AMAOE (Original V2 Series) |
| Model | iPad Pro / A-Series Logic Board Stencil |
| Product Type | BGA Reballing Stencil / Tin Planting Net |
| Thickness | 0.12mm (Standard for precision iPad ICs) |
| Material | High-Quality Heat-Resistant Japanese Stainless Steel |
| Hole Design | Square holes with rounded corners (Prevents tin jamming) |
| Cutting Method | Micron-level Laser Precision Cutting |
| Compatibility | iPad Pro Series (See supported list below) |
| Supported Chips | CPU (A10X, A12X, A12Z, M1, M2), NAND Flash, RAM, Power IC |
| Weight | ~0.01kg (10g) |
| Size | Approx. 65mm x 65mm (Model dependent) |
| Heat Resistance | Up to 500°C (Distortion-resistant under direct heat) |
| Cleaning | Compatible with standard PCB solvents/ultrasonic cleaners |
Key Features & Benefits
1. Ultra-Thin 0.12mm Profile
The 0.12mm thickness is the industry standard for modern tablet repairs. It provides the perfect balance between rigidity (to prevent warping under heat) and flexibility (to ensure it sits flush against the chip surface).
2. Anti-Bulging Technology
AMAOE stencils are chemically treated to resist thermal expansion. This ensures that the stencil remains flat even when a hot air station is applied directly to the surface, preventing solder bridges or “tinned-together” balls.
3. Precision Aperture Design
Unlike cheaper stencils, the V2 series uses square holes with slightly rounded interior corners. This design:
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Allows the solder paste to release cleanly. AMAOE Stencil-Original V2 iPad Pro 0.12mm
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Minimizes the “peel-back” effect when lifting the stencil. AMAOE Stencil-Original V2 iPad Pro 0.12mm
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Ensures uniform solder ball height across the entire BGA grid. AMAOE Stencil-Original V2 iPad Pro 0.12mm
Model Support & Chip Compatibility
The iPad Pro V2 series is typically sold as a set or individual plates covering specific generations of the Pro lineup.
| Generation / Model | Supported Chips |
| iPad Pro 9.7″ / 10.5″ | A9X, A10X Fusion, PMIC, Baseband |
| iPad Pro 11″ / 12.9″ (Gen 3/4) | A12X, A12Z Bionic, DDR RAM, NAND |
| iPad Pro M1 / M2 Series | Apple M-Series Silicon, Power Management, Wifi/BT |
| Common Components | Audio IC, Touch Control IC, USB-C Charging IC |
Usage Guidelines
To maximize the lifespan of your AMAOE stencil, follow these professional maintenance tips:
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Alignment: Always use a microscope to ensure the apertures are perfectly aligned with the chip pads before applying paste.
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Paste Application: Use a high-quality solder paste (e.g., 183°C or 138°C) and a flat scraper at a 45-degree angle.
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Heating: Heat from the center outward to distribute thermal stress evenly.
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Cleaning: Use a soft brush and 99% Isopropyl Alcohol (IPA) immediately after use to prevent solder residue from hardening in the holes.
Note: Due to the 0.12mm thickness, avoid using excessive physical force with sharp tweezers, as this can puncture or dent the mesh.
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