Mechanic Dr.X Pro - High Capillarity Desoldering Wick (2.5mm x 1.5m)

Technical Description

The Mechanic Dr.X Pro desoldering wick is an essential tool for any technician performing micro-soldering operations. Made from ultra-fine copper wires braided with geometric precision, it offers exceptional capillarity for absorbing alloys, whether leaded or lead-free. With its versatile 2.5mm width, it allows for efficient cleaning of solder residue on motherboards without overflowing onto adjacent components.

Thanks to its "High Intensity" special flux impregnation, the Dr.X Pro drastically reduces the heating time required for absorption. By instantly drawing solder into its mesh, it prevents overheating of the printed circuit board (PCB) and minimises the risk of lifting pads, even on the complex multi-layer motherboards of recent iPhones and Android smartphones.

Technical Specifications

• Reference: Mechanic Dr.X Pro Series
• Material: High-density oxygen-free pure copper
• Width: 2.5 mm (Universal format for micro-electronics)
• Length: 1.5 metres
• Integrated Flux: Active formula for lightning-fast thermal absorption
• Case: Ergonomic anti-oxidation dispenser
• Compatibility: Leaded and lead-free solder

Advantages

• Immediate Efficiency: Solder suction is almost instantaneous, limiting contact time between the iron and the board.
• Maximum Versatility: The 2.5mm width is suitable for cleaning IC chip pads as well as larger connector solder joints.
• Equipment Preservation: Reduces the risk of solder "bridges" and protects the insulating varnishes (solder mask) of motherboards.
• Pro Finish: Leaves pads perfectly smooth and flat, a prerequisite for successful reballing.
• Flux Saving: No need to add external flux; the wick is ready to use for optimal performance.

Workshop Tip: For perfect cleaning of pads under a processor or NAND chip, apply a small drop of fresh flux to the area before placing your 2.5mm wick. Use a "Knife" (K) or "Hoof" (BC) type soldering tip at a moderate temperature. Gently slide the wick without pressing, letting the physics of capillarity do all the work.