i2C Syn14 18in1 Universal Silicone Middle Layer Tin Planting Platform for iPhone X to 14 Pro Max

If dead after flash or hang on logo cases land on your bench regularly, you already know CPU and IC reballing is where a lot of iPhone repairs get decided. The i2C Syn14 18in1 Silicone Middle Layer Set gives you a dedicated platform for planting tin on iPhone motherboards from X through 14 Pro Max, without switching tools between models.
The base uses strong magnetic adsorption to lock the motherboard in place. Your board sits tight against the platform, so hole alignment stays precise and you avoid the shifting that ruins a reball halfway through. Precise positioning keeps the board at zero deviation, meaning your planted tin lines up correctly with the pads every time instead of running off to one side.
Silicone construction handles the heat side of the job. You place hot boards directly on the platform without worrying about warping, burning, or static damage building up during rework. The material stays non-slip under hot air and soldering iron work, so the board holds still while you scrape and plant.
The set includes a fine steel mesh stencil built for even, full solder balls. The steel resists high temperature and bends without cracking, so you can reuse the same mesh across sessions instead of replacing it after a few jobs. Square hole processing on the mesh reduces bulging, letting solder balls pull off the net cleanly instead of getting stuck mid-scrape.
You also get a carbon multi-function tin scraper with a drip-glue non-slip handle. This scraper adsorbs tightly to the mesh and lets you scrape and plant tin in a single pass, cutting down the back-and-forth most technicians deal with on manual reballing jobs. For a workshop doing multiple boards a day, that single-step workflow saves real time on the bench.
Since the platform is modular, you are not limited to one iPhone generation. The 18in1 design covers X, XS, XS Max, 11 series, 12 series, 13 series, and 14 series up to 14 Pro Max, so one set replaces what used to require several separate platforms. This is useful if your shop handles a mix of older and newer iPhone repairs, since you swap boards without swapping tools.
In a typical repair workflow, this platform sits right before your hot air rework station. After IC removal and pad cleaning, you place the board on the Syn14 base, align it using the magnetic hold, apply the mesh, and scrape tin evenly across the pads. From there, the board moves to reflow. Getting this middle step right directly affects whether your CPU or IC change holds after reassembly, so a stable, well-aligned platform reduces rework and repeat dead-after-flash cases.
For a repair shop or service center running iPhone board-level work regularly, this set replaces guesswork and makeshift jigs with a fixed, repeatable planting process across almost the entire recent iPhone lineup.