Magnetic Screwdriver Set 25 In 1 Kit Bits Precision Electronics Computer PC Phone Disassembly Multifunctional Maintenance Tool

【Wide Application】25 in 1 screwdriver set is designed for all popular iPad, iPhone, PC, watches, glasses, laptops, phones, game consoles, camera, host and more. With this kit, you can fix your electronic products or replace some accessories of them by yourself. This useful screwdriver set is a good choice for both professional and amateur.

【Variety of Bits】Versatile magnetic driver kit has 24 different bits in 8 different types. The 8 different screw types including Phillips, Torx, Tri-Point, Flathead, Pentalobe, Hex, Triangle and U-Sharp are commonly used in daily life.

【Excellent Workmanship】screwdriver set is characterized by its excellent workmanship. Our bits are made of CR-V metal, which is extremely hard, wear-resistant and durable. Every bit is engraved with its type on the surface, thus you can identify or recognize which you need quickly. The non-slip matte surface, 360 degree rotation and the fingered-rest design of the rod is all for added comfort. The bits are accord with standard size, thus they work pretty good.

【Magnetic Design】The magnetic design makes it much more easy to use, and renders you an amazing usage experience. It allows you to take down and reassemble the bits easily. You just need to choose the bit that you need and put it into the hole of the rod, and the bit will be sucked tightly because of the magnetism. As you finish your work, you can draw out the bit from the hole and put it back to the case. This practical design is all for saving your time and effort.

Feature:

Blade material: CRV chrome vanadium steel

Handle Material: aluminum alloy

Housing Material: Synthetic Plastic

Easy to operate, durable and portable. Can be widely used in most household appliances.

Notice:

Due to the different monitor and light effect, the actual color of the item might be slightly different from the color showed on the pictures. Thank you!

Please allow 1-2cm measuring deviation due to manual measurement.