IP13 Motherboard Repair Heating System SS-T12A-N13
The IP13 Motherboard Repair Heating System SS-T12A-N13 is a specialized repair tool engineered for advanced iPhone 13 motherboard maintenance and chip-level repair operations. Designed to provide consistent and controlled heating, this professional heating platform assists technicians in safely removing ICs, reworking solder joints, separating layered boards, and performing motherboard restoration procedures.
Built with intelligent temperature management technology, the SS-T12A-N13 ensures even heat distribution across the repair area, reducing thermal stress and minimizing the risk of board deformation. Its optimized heating surface is tailored for iPhone 13 series motherboards, making it an essential tool for repair centers and professional technicians.
Whether you’re performing CPU rework, NAND replacement, BGA repairs, or motherboard diagnostics, the SS-T12A-N13 delivers the stability and accuracy needed for high-success repair outcomes.
Key Features
- Designed specifically for iPhone 13 series motherboard repair
- Intelligent digital temperature control system
- Uniform and stable heating performance
- Supports chip removal and motherboard rework
- Helps reduce PCB warping during repair
- Fast heating with accurate temperature regulation
- Ideal for layered motherboard separation
- Durable and professional-grade construction
- Compact design suitable for repair workstations
- Improves repair efficiency and success rates
Technical Specifications
| Specification | Details |
|---|---|
| Product Name | IP13 Motherboard Repair Heating System |
| Model | SS-T12A-N13 |
| Application | iPhone 13 Motherboard Repair |
| Product Type | PCB Heating Platform |
| Temperature Control | Intelligent Digital Control |
| Heating Method | Uniform Surface Heating |
| Compatible Devices | iPhone 13 Series |
| Function | Chip Removal, Soldering, Rework, Board Separation |
| Usage Environment | Mobile Repair Workshop |
| Construction | Heat-Resistant Professional Design |















