Anyone who has tried lifting a stubborn CPU off a motherboard with a worn-out blade knows how quickly a small tool turns into a big problem — flex cables tear, pads lift, and a five-minute job becomes a board-level nightmare. The M.Y-DT01 Pry Tool Set from Mr. Yang was built around that exact pain point, giving GSM technicians a dedicated prying system instead of a single all-purpose blade that never quite fits the job. The set ships with 3 separate handles and 6 blade types, so you're not reaching for a screwdriver tip or a makeshift spudger when a chip won't budge — you swap in the blade shaped for that specific task and keep working. Each pry bar weighs just 9.7 grams, light enough that your wrist doesn't tire out during a full afternoon of CPU changes, IC swaps, or back-glass removal on a busy repair counter. The handle itself carries a frosted, textured anti-slip finish, which matters more than it sounds on a bench that's often covered in flux residue or isopropyl alcohol — a slick handle at the wrong moment can send a blade skidding across a live board. One of the more practical additions in this set is the mid-layer short-circuit protection blade, designed to address short-circuit faults between board layers without requiring you to fully disassemble the device first. For a technician dealing with a dead phone that shows a short on the power rail, this cuts real time off the diagnostic-to-repair workflow, letting you isolate and address the mid-layer fault directly. The blades themselves are built for prying up CPU chips and other soldered ICs cleanly, along with general glue removal work around screens, back covers, and battery adhesive — jobs that come up constantly whether you're doing a screen replacement, a battery swap, or full board-level rework. Because the set covers three blade profiles rather than one fixed shape, you get coverage across a wider range of prying angles and gaps: thin blades for tight IC edges, wider ones for glued back covers and screens, and the short-circuit blade for mid-layer fault access. This kind of tool sits early in the repair workflow — before reballing, before reflow, before programming — because you can't do IC-level work until the chip is off the board cleanly and without damaging surrounding pads. A damaged pad from a bad pry attempt can turn a simple IC change into a board repair that costs far more time than the part itself. Compact packaging (176x60x20mm, 88g total) means it stores easily in a tool drawer or repair kit without taking up bench space, and the 165mm bar length with an 8mm handle diameter gives enough reach and grip for controlled, precise movements around densely packed motherboards. Whether you're running a solo repair counter or training junior technicians at a service center, having blade types matched to the job — rather than forcing one blade to do everything — reduces board damage, cuts rework, and keeps CPU and IC changes moving at the pace a busy shop needs.