i2C Syn14 18in1 Universal Silicone Middle Layer Platform For iPhone X-14PM

When you're reballing an iPhone board, the platform under it decides whether your solder balls line up or scatter. The i2C Syn14 solves that with a silicone middle layer that locks the motherboard into position using built-in high-temperature magnets. You place the board, the magnets hold it flat and centered, and the hole pattern lines up with zero offset — no shifting mid-job, no ruined tin planting because the board moved a millimeter.This is a modular platform, not a single-model jig. It covers the full iPhone X to 14 Pro Max range — eighteen models — through interchangeable hole configurations built into one base. A shop running mixed repair jobs on any given day doesn't need a separate platform for each device generation; one Syn14 handles the whole span, which keeps the bench organized and cuts down on tool switching between jobs.The silicone itself is chosen for the job, not just for grip. It's heat-resistant and insulating, so it won't scorch or deform when you're running a hot air station nearby or reflowing solder directly above it. It's also anti-static, which matters when you're working this close to exposed board components, and anti-corrosion, so flux residue and repeated cleaning don't degrade the base over repair after repair. The non-slip surface keeps the board from sliding once it's seated, even during the scraping step.Tin planting accuracy depends on the mesh as much as the platform. The Syn14 pairs with a fine steel planting mesh made from high-quality steel that holds up under repeated high-temperature cycles. It's built with enough toughness to bend without cracking, and it's manufactured as a single mold rather than assembled from parts — that one-piece construction is what prevents false welding and uneven ball distribution across the pattern. Solder spreads evenly across every hole instead of pooling in some and skipping others.

Included with the platform is a carbon multi-function tin scraper, finished with a drip-glue non-slip handle. It's designed to pair directly with the mesh so scraping and planting happen in a single pass — tight adsorption keeps the mesh from lifting while you scrape, so the print comes out clean and even without a second pass to fix gaps.For a repair shop doing regular board-level work — CPU reballing, NAND reballing, general IC reballing across iPhone boards — this kind of platform removes one of the more common failure points in the process. Boards that shift during tin planting produce uneven balls, which shows up later as intermittent faults or dead-after-reflow boards that never should have failed. Locking the board down with magnetic precision before you even pick up the scraper removes that variable from the workflow.Because it's modular across eighteen models, the Syn14 also fits naturally into a bench that's scaling up its iPhone repair volume — you're not buying a new platform every time a new model generation needs support within its covered range, and you're not storing a stack of single-model jigs to cover the same ground this one base handles.