2UUL DA15 Model E Hand Finish Blades (Without Handle) 4 Blades/Pack

Board-level repair work lives or dies on blade control. When you're separating a CPU from a dead motherboard or cutting hardened glue off a screen IC, the wrong blade shape either damages the pad or slows you down. The 2UUL DA15 Model E blade addresses this with a bent-blade profile that reduces contact stress on delicate components while you work.
Each blade in this 4-piece pack tapers from a 0.06mm tip to roughly 0.3mm at the tail. That gradual thickness change means the blade flexes slightly as you push it under a chip or across a glued surface, spreading force evenly instead of digging in at one point. On a Pakistani repair bench where boards come in daily with dead-after-flash faults, hang-on-logo issues, or charging problems traced back to a corroded IC, that kind of control matters. You're not just removing a chip, you're protecting the pad underneath so re-soldering or IC change karna doesn't turn into a bigger repair.
The alloy body carries a nano-coating that resists rust, which counts for a lot in humid workshop environments across Lahore, Karachi, and Islamabad where tools sit in open trays and get handled constantly. Corrosion on a blade edge doesn't just look bad, it dulls the cutting line and makes glue removal inconsistent. A coated blade holds its edge through more sessions before you need to reach for a replacement pack.
Model E in the DA-series lineup is built specifically for motherboard IC and CPU glue removal, distinct from the S, X, and Y variants in the same family that handle chip separation, edge glue cleanup, and underfill cutting respectively. If your workshop already runs the 2UUL SEXY blade system, this pack slots directly into that workflow as a dedicated tool for glue-heavy jobs rather than a general-purpose blade you're stretching across every task.
Because this pack ships without a handle, it's built for technicians restocking blades for a handle they already own, not for someone setting up a bench from scratch. That keeps cost down when you're burning through blades faster than handles, which is the normal pattern in a busy service center doing volume repairs.
In practice, this blade earns its place during CPU and NAND separation before reballing, during PMIC or charging IC removal on charging-issue boards, and during general underfill cleanup before microscope inspection. The double-sided uniform trimming design lets you work from either edge without reorienting the blade mid-task, which saves time on repetitive jobs like clearing black underfill glue across multiple boards in a single session.
For a shop running IC change, jumper lagana, and box chalana operations back to back, having a dedicated glue-removal blade rather than a multi-purpose knife cuts down on slip errors near sensitive pads. The utility model patented blade geometry behind this design exists specifically to solve that problem, and it shows in how the blade behaves under light hand pressure versus a standard flat blade.
Pair this set with a 2UUL blade handle, a PCB holder for stable board positioning, and a microscope for pad-level inspection to get the full benefit of the tapered edge design during precision rework.