Tensor Stencil G5 G3 G2 G4 G5 PIXEL STENCIL U-GGE1

AMAOE U-GGE1 GOOGLE PIXEL CPU STENCIL

  • 1: G5
  • 2: G3
  • 3: G2
  • 4: RAM 496
  • 5: G4-F1KZ1Y04
  • 6: G4-P050510513
  • 7: Tensor 0010310614
  • 8: Tensor

₹480.00

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Amaoe U-GGE1 BGA Reballing Stencil for Google Pixel G Series

AMAOE U-GGE1 GOOGLE PIXEL CPU STENCIL

AMAOE U-GGE1 Google Pixel CPU & IC Reballing Stencil
The AMAOE U-GGE1 BGA Reballing Stencil is an ultra-precise, professional-grade rework template engineered specifically for Google Pixel motherboard servicing and chip-level IC repairs. Designed to meet the exacting standards of micro-soldering specialists, mobile service centers, and advanced repair labs, this high-accuracy stencil ensures repeatable, factory-grade alignment for dense CPU and IC contact arrays.
Manufactured with precision-etched apertures, the U-GGE1 guarantees seamless solder paste release and uniform solder ball formation. It eliminates common rework failures such as solder bridging, irregular ball heights, and missing pads during delicate motherboard restoration. Whether you are troubleshooting no-power faults, boot-loop issues, or physical impact-induced pad fractures, the AMAOE U-GGE1 delivers the thermal stability and geometric precision necessary for flawless chip reballing.
Key Highlights
Custom-Tailored for Google Pixel: Designed to match the exact pinout, pitch spacing, and IC contours of Google Pixel CPU and associated motherboard chipsets.
Flawless Micro-Aperture Alignment: High-precision cutouts enable uniform solder ball placement and clean, effortless solder paste release.
Micro-Soldering Lab Ready: Integrates smoothly into professional workflows alongside standard hot-air rework stations, preheaters, magnetic fixtures, and microscopes.
Prevents Costly Rework Errors: Guarantees uniform ball coplanarity across dense BGA footprints to prevent pad bridging and open circuits.
Built for Repair Technicians: An indispensable diagnostic and rework tool for dedicated mobile motherboard repair centers and chip-level technicians.
Technical Specifications
Specification
Details
Brand
AMAOE
Model
U-GGE1
Product Type
CPU / IC BGA Reballing Stencil
Compatibility
Google Pixel Series Motherboards & IC Architectures*
Target ICs
CPU / AP Cluster, Power Management, and Motherboard ICs
Primary Applications
BGA Reballing, Chip Transfer, Micro-Soldering Rework
Process Compatibility
Solder Paste (Type 4 / Type 5), Pre-Formed BGA Solder Balls
Recommended Users
Professional Technicians, Micro-Soldering Labs, Service Centers
*Always confirm IC markings and pad grid layouts against the stencil pattern before starting the rework procedure.
Why Choose the AMAOE U-GGE1?
High-Accuracy Alignment: Engineered with ultra-tight tolerances to mirror OEM pad configurations on Google Pixel logic boards.
Consistent Solder Ball Coplanarity: Produces symmetrical solder balls with uniform height and volume across the entire chip footprint.
Thermal Endurance: Retains structural stability and surface flatness under standard hot-air rework temperatures.
Essential Motherboard Diagnostic Asset: Streamlines complex CPU transplanting, underfill cleanup rework, and chip replacement operations.
Frequently Asked Questions (FAQ)
Q1: What is the primary use of the AMAOE U-GGE1 stencil? A: The AMAOE U-GGE1 is a dedicated reballing template designed to align solder paste or pre-formed solder balls accurately when servicing Google Pixel CPUs and motherboard ICs.
Q2: Can this stencil be used with direct hot-air heating? A: Yes, it is designed for standard hot-air rework. To maximize stencil lifespan and prevent localized warping, preheat evenly and keep the hot-air nozzle moving across the surface.
Q3: What additional tools are recommended for CPU reballing with this stencil? A: For optimal results, use high-quality low-to-mid melt solder paste (or matched BGA solder balls), quality BGA flux, a stereo microscope, ESD tweezers, and suitable cleaning supplies.
Q4: How do I verify motherboard compatibility before purchase? A: Check your target Google Pixel motherboard revision and chip package layout against the aperture grid of the U-GGE1 to ensure pitch and pin-1 orientation match.

 

Models include:

  • G5
  • G3
  • G2
  • RAM 496
  • G4-F1KZ1Y04
  • G4-P050510513
  • Tensor0010310614
  • Tensor

Package includes:

  • 1 x Stencil

Product Overview

The AMAOE U-GGE1 BGA Reballing Stencil is an ultra-precise, heat-resistant steel mesh engineered specifically for board-level Google Pixel motherboard servicing. Tailored for micro-soldering professionals and advanced repair labs, it delivers exact hole alignment and uniform aperture spacing for reballing Google Pixel CPU, power, and baseband chipsets.

Manufactured from high-grade Japanese stainless steel using high-accuracy CNC laser cutting, the U-GGE1 resists thermal warping, bulging, and heat deformation during direct hot-air reworking. The rounded square apertures ensure smooth solder paste release and consistent ball formation without bridging or missing pads. Whether you are addressing no-power faults, boot loops, or physical drop-induced pad disconnections on Pixel motherboards, the AMAOE U-GGE1 provides repeatable, factory-grade reballing accuracy.

Key Features

  • Laser-Cut Precision: CNC laser-etched square apertures with rounded corners ensure effortless solder paste release and prevent bridging.

  • Thermal Anti-Warping Mesh: Built from high-durability stainless steel that maintains flatness under direct hot-air gun rework.

  • Pixel-Specific Layout: Designed to match the pinout and pad pitch of Google Pixel CPU and associated BGA IC architectures.

  • Clean Ball Formation: Facilitates even heat distribution for uniform, symmetrical solder ball formation across dense BGA arrays.

  • Optimized for Micro-Soldering Workflows: Compatible with standard magnetic reballing platforms, fixtures, low-melt solder pastes, and pre-formed solder balls.

Technical Specifications

Specification Details
Brand AMAOE
Model U-GGE1
Material Japanese High-Temperature Stainless Steel
Process CNC Laser Etching & Electropolishing
Thickness Standard 0.12 mm
Compatible Platform Google Pixel Series (Motherboard BGA Arrays)*
Target Components CPU / AP, Power Management, Baseband / Peripheral ICs
Primary Use BGA Reballing, Chip Transfer, Micro-Soldering Rework
Aperture Design Rounded Square Stepped Holes

*Always verify the chip markings and BGA pad grid on the board against the stencil pattern prior to applying heat.

Optimized Highlights (Bullet Points)

  • Engineered for Google Pixel Rework: Specifically configured for Google Pixel CPU and motherboard BGA chipsets to handle high-density micro-soldering repairs.

  • High-Temperature Resistance: Industrial-grade stainless steel construction prevents bulging, buckling, and warping under direct heat.

  • Flawless Paste Release: Laser-cut, burr-free chamfered apertures ensure clean paste extraction and eliminate solder bridging.

  • Consistent Ball Height: 0.12 mm precision thickness guarantees uniform solder ball volume and coplanarity across every contact point.

  • Essential Lab Tool: Built for repair technicians, motherboard specialists, and service centers handling advanced chip-level diagnostics.

Frequently Asked Questions

Q1: What chips does the AMAOE U-GGE1 stencil support?

The U-GGE1 is tailored for Google Pixel motherboard architecture, featuring dedicated cutouts for the primary CPU/AP cluster along with associated high-density ICs.

Q2: Does this stencil support direct heating?

Yes. AMAOE stencils are manufactured from heat-resistant stainless steel rated for direct hot air rework. For the cleanest results and maximum stencil lifespan, preheat the assembly evenly and maintain hot air nozzle movement to avoid localized thermal stress.

Q3: Which solder paste formulation is recommended?

Mid-temperature (183°C Sn63/Pb37) or low-temperature (138°C / 158°C Bi-alloy) solder pastes with fine particle sizing (Type 4 or Type 5) yield the most consistent, bridge-free ball formation on dense micro-BGA pads.

Q4: How do I ensure compatibility before reballing?

Remove the target IC, clean residual underfill and solder wick flat, then seat the cleaned chip directly under the stencil cutout to verify complete alignment with the ball pitch and pin-1 orientation marker before applying paste

 

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Tensor Stencil G5 G3 G2 G4 G5 PIXEL STENCIL U-GGE1
Tensor Stencil G5 G3 G2 G4 G5 PIXEL STENCIL U-GGE1

₹480.00

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