RF4 RF-FT06 Mini Heat-Resistant Glass Chip Motherboard Repair Fixture

Every GSM technician knows the frustration of a board sliding mid-soldering when the iron is already hot. The RF4 RF-FT06 solves exactly that problem. It's a mini heat-resistant glass fixture made for clamping mobile phone motherboards, CPUs, and ICs during chip-level repair work. You place the board on the chip slot, turn the knob, and the slider locks the motherboard in position without any wobble.

The body uses heat-resistant tempered glass rated above 500°C. When you're running hot air at high temperature for IC change or doing chip degumming, the glass plate stays flat and doesn't warp or discolor over time. This matters on a busy bench where the same fixture gets used for dozens of boards a day. Cheaper plastic clamps crack or melt under repeated heat; this one keeps its shape job after job.

Clamping happens through a knob-operated slider system. You turn the knob, the slider moves smoothly along the track, and it locks the board firmly without getting stuck halfway. The two-way movement means you can adjust both sides independently, so irregular-shaped Android motherboards still get clamped evenly. This is useful when you're working on boards that don't sit flat or have uneven edges near the connector area.

The chip slot itself is built as a universal structure, meaning it accepts a wide range of chip sizes rather than being limited to one footprint. Technicians use it for clamping CPUs, eMMC chips, hard disk controllers, and other small ICs that need to stay still during reballing or reflow. If you're doing dead phone repair, boot loop diagnosis, or hardware fault tracing where you need to remove and remount a chip multiple times, this fixture saves time because you're not re-securing the board after every test.

Size-wise, the RF-FT06 is built mini and portable. It doesn't take up much bench space, so you can keep it next to your hot air station or soldering iron without crowding your other tools. Many shops running multiple repair stations keep one fixture per bench because of how compact it is. You can move it between workstations quickly when a board needs to go from diagnosis to chip removal to reballing.

In a typical PCB repair workflow, this fixture sits between board diagnosis and IC repair. After you've identified a hardware fault — say, a dead phone after flash, or a board that hangs on logo — you bring the board to the fixture before doing any chip-level work. It holds the board steady while you probe test points, apply flux, or use hot air for reflow. Because the clamp doesn't shift, your soldering accuracy improves and you reduce the risk of damaging nearby components from a slipped iron tip.

For technicians who do a lot of IC change karna or jumper lagana work, having a fixture that holds the board exactly where you left it between steps cuts down rework. You're not realigning the board every time you switch from inspection to soldering. The knob clamp also means you don't need extra screws or tools to adjust it — one hand operates the clamp while the other manages your soldering iron or hot air gun.

Compatibility-wise, the RF-FT06 works with most common motherboard shapes used in current Android devices. It's part of the broader RF4 fixture lineup that includes the RF-FT02, RF-FT04, RF-FT05, RF-FT07, RF-FT09, and RF-FT3X, each suited to different board sizes and clamping styles. The RF-FT06 sits on the smaller, more portable end of that range, making it a good fit for shops that prioritize speed and bench space over handling oversized boards.

If your repair bench already has a hot air station and a soldering station, adding this fixture completes the basic chip-repair setup. Pair it with a PCB holder or reballing kit when you're working on BGA chips that need solder ball replacement, and keep a microscope nearby for inspecting pad damage after chip removal. For technicians who frequently switch between ISP-mode dead phone recovery and chip-level board repair, having a dedicated clamping fixture means less time spent stabilizing the board and more time spent fixing it.