Every technician working on hardware fault repairs at the component level knows that the blade in your hand directly determines whether the job ends cleanly or damages the motherboard beyond recovery. The JTX BS-2 takes a workflow-first approach to blade design — the half-blade profile is not a shortcut, it is a deliberate engineering choice that gives you more controlled leverage in the tight spaces where premium smartphones pack their most sensitive IC components.
Eleven distinct blade profiles ship in this set, each shaped to match a specific repair task on the mobile phone motherboard. When you pull a board with a charging issue caused by a faulty PMIC or charging IC, removing the underfill and black glue without lifting adjacent components is the most critical step. The BS-2 includes flat scraping blades sized for exactly this work — wide enough to cover the IC footprint in fewer passes, thin enough to slip cleanly under the chip without wedging into the PCB substrate.
The half-blade geometry sets this kit apart from conventional full-length repair blades. A standard blade applies force across its full length, which creates uncontrolled flex and unpredictable tip behavior when you are working under a microscope on a 0.1mm trace area. The BS-2's half-blade format concentrates stiffness at the tip while keeping the overall weight low, so your hand movements translate directly into precise blade actions — no bounce, no slip. Pakistani technicians doing IC change karna on high-volume repair benches will immediately recognize how much this improves consistency across multiple jobs.
High-toughness steel construction means these blades resist chipping and micro-cracking even after repeated use in heating and cooling cycles common on a hot air station workflow. When you heat a CPU or NAND chip for removal, the blade that goes underneath immediately contacts that elevated temperature. Low-grade blades lose their temper edge after a few heat cycles and start chipping — those chips land on your PCB and can short traces. The BS-2's steel formulation handles heat-adjacent work without degrading, which protects your PCB repair quality over the long term.
The 11-piece configuration covers the full spectrum of board-level blade operations. Pointed-tip blades handle precise adhesive cutting at IC corners. Flat-edge blades handle broad glue removal across CPU underfill zones. Angled blades work at mid-frame and connector-edge positions where a straight approach is impossible. Hook-profile blades get underneath FPC connectors and battery contacts for safe prying without bending the connector housing. This variety means you stop switching between multiple individual tools mid-repair and keep your workflow moving without interruption.
For technicians working on boot loop issues and hang on logo faults that require NAND chip replacement, accurate chip removal without PCB pad damage is non-negotiable. The BS-2's low-profile blades let you slide under the NAND package at the correct angle and use consistent horizontal pressure — the geometry guides the blade path so you are not forcing a tip that wants to dig down into the board. On Samsung, Xiaomi, OPPO, Vivo, and iPhone boards this makes the difference between a recovered motherboard and a scrapped one.
Pair this blade set with a hot air station for chip removal, a microscope for precision visual control, a reballing kit for BGA chip reinstallation, and a PCB holder to keep the board stable during all blade work. This is the standard four-tool cluster for professional CPU and IC repair, and the BS-2 integrates into that workflow without requiring any adaptation. Soldering stations and multimeters complete your diagnostic chain before and after component-level repair. The BS-2 earns its place as the blade layer of that setup — the tool you reach for every single time a chip needs to move.
Repair shop owners sourcing for high-volume workshop environments will find that the 11-blade configuration reduces per-technician tool turnover. Instead of ordering individual blades as specific shapes wear out, your bench carries the full profile range from day one and technicians rotate through the correct shape for each job without improvising.
