Amaoe Mi13 BGA Reballing Stencil-Original
Crafted for Precision
The Amaoe Mi13 BGA Reballing Stencil-Original is meticulously designed to deliver unmatched accuracy in reballing processes. Whether you’re working on intricate circuit boards or advanced microchips, this stencil ensures flawless alignment, helping you achieve professional-grade results every time. Amaoe Mi13 BGA Reballing Stencil-Original
Durability Meets Reliability
Made from high-quality materials, the Amaoe Mi13 offers exceptional durability, withstanding repeated use without compromising its integrity. Its robust design ensures it remains steadfast even during intensive workload, providing reliable support for your soldering and reballing tasks. Amaoe Mi13 BGA Reballing Stencil-Original
Perfect for Technicians and Professionals
Ideal for electronics repair professionals and ambitious hobbyists, the Amaoe Mi13 BGA Reballing Stencil is the go-to tool for anyone seeking precision and efficiency in their work. With its user-friendly structure and high performance, it’s engineered to refine your workflow and elevate your craftsmanship. Amaoe Mi13 BGA Reballing Stencil-Original
The Amaoe OV1 BGA Reballing Stencil is a high-precision repair tool specifically engineered for technicians working on OmniVision (OV) camera sensors and related mobile imaging hardware. Amaoe is widely regarded in the microsoldering community for its “Square Hole” design, which prevents solder balls from getting stuck during the stencil removal process. Amaoe Mi13 BGA Reballing Stencil-Original
Below are the comprehensive specifications and features for the OV1 model.
Technical Specifications Table
| Feature | Specification |
| Brand | Amaoe (Authentic/Original) |
| Model Number | OV1 (OmniVision Series) |
| Material | High-Grade Imported Japanese Steel |
| Hole Type | Square Hole (CNC Laser Cut) |
| Thickness | 0.12mm – 0.15mm (Optimized for thermal stability) |
| Application | BGA Reballing for Camera Sensors & ICs |
| Compatibility | Various OmniVision (OV) Image Sensors |
| Heat Resistance | High (Anti-drumming/Anti-warping) |
| Finish | Smooth, Burr-free edges |
Core Features & Design Advantages
The Amaoe OV1 is more than just a piece of sheet metal; it is designed to handle the delicate thermal requirements of image sensors, which are notoriously sensitive to heat.
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Square Hole Technology: Unlike traditional round-hole stencils, Amaoe uses square apertures. This design allows the solder paste to form more consistent spheres and ensures that once the solder has melted and cooled slightly, the stencil can be lifted without pulling the “balls” off the pads. Amaoe Mi13 BGA Reballing Stencil-Original
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Precision Alignment: The stencil features CNC-etched markings and precise hole spacing (pitch) that matches the original factory BGA patterns of OV sensors. This reduces the margin of error for professional technicians. Amaoe Mi13 BGA Reballing Stencil-Original
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Thermal Stability: The Japanese steel used in the OV1 is specifically treated to resist “bowing” or “drumming” when heat is applied. This ensures the stencil stays flat against the chip, preventing solder bridges. Amaoe Mi13 BGA Reballing Stencil-Original
Supported Components (Typical for OV1)
The OV1 version generally covers a specific range of image processing chips and camera sensors frequently found in Android smartphones (Huawei, Xiaomi, OPPO, etc.). These include:
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OV Series Sensors: Various iterations of the OmniVision high-resolution sensors. Amaoe Mi13 BGA Reballing Stencil-Original
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Small-scale Power ICs: Occasionally, these stencils include footprints for supporting camera power management chips.
Best Practices for Use
To get the most out of your Amaoe OV1 stencil and ensure longevity, follow these professional guidelines:
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Cleaning: Always clean the stencil with 99% Isopropyl Alcohol (IPA) after every use. Solder paste residue in the square holes can dry out and cause blockages in future repairs.
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Paste Application: Use a high-quality “no-clean” solder paste (usually 183°C or 138°C depending on the component sensitivity). Apply with a firm, flat spatula to ensure even filling of the square holes.
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Heat Management: Use a nozzle on your hot air station that covers the entire area of the chip. Apply heat in a circular motion to avoid localized warping.
Note: Always verify the specific chip model on your board against the stencil layout, as manufacturers sometimes update IC footprints between different hardware revisions.
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