QIANLI iThor 2D 5-Piece Screwdriver Kit - Precision for Smartphones

Description

The QIANLI iThor 2D kit represents the pinnacle of hand tools for micro-electronics. Designed specifically for technicians who handle iPhones and Android devices daily, this set of 5 screwdrivers eliminates the frustrations associated with damaged screws. Thanks to exclusive 2D machining technology, each S2 steel tip fits with millimetre precision into the screw head, ensuring maximum torque transfer without slipping. Ergonomics have not been overlooked: the textured aluminium body offers a perfect grip, while the ball bearing integrated into the top allows for unparalleled smoothness of rotation for fast, fatigue-free work.

Each screwdriver in the kit is easily identifiable thanks to a specific colour code and an engraved icon, saving you precious time during complex repairs. The magnetism of the tips has been carefully calibrated to hold the finest screws without interfering with sensitive motherboard components. Whether you are a micro-soldering professional or a passionate repairer, the QIANLI iThor 2D kit is the ultimate long-term investment, combining premium aesthetics, industrial robustness, and surgical precision.

Technical Specifications

• Reference: QIANLI iThor 2D (High-End Screwdriver Set)
• Composition: Phillips 1.5, Tri-Point Y0.6, Pentalobe 0.8, Standoff 2.5, Torx T2
• Tip Material: High-hardness S2 steel (Chrome Molybdenum)
• Handle: Non-slip aviation aluminium alloy
• Mechanism: Rotating cap mounted on silent ball bearings
• Magnetism: High-performance magnetised tips
• Design: Anti-roll and colour-coded for quick selection

Workshop Advice & Usage

To extend the life of your iThor 2D tips, ensure you always keep the screwdriver perfectly perpendicular to the screw. Technical tip: Although the heads are made of highly resistant S2 steel, using the wrong bit (e.g. Phillips on a Tri-wing) is the number one cause of premature wear. For "Standoff" screws (double screws on iPhone), use the Pinhead 2.5 screwdriver exclusively to avoid damaging the motherboard. Finally, regular cleaning of the tip with an anti-static brush will remove metal micro-residues and maintain optimal magnetism during your interventions under the microscope.