Disassemble with Precision

This ultra-thin flexible pry tool, measuring just 0.1mm, is engineered from durable stainless steel for precise mobile phone repair.

Its flexible yet robust design allows for safe separation of device components without causing damage.

Ideal for opening smartphones and tablets, including popular models like iPhone, iPad, and Samsung, this tool is a must-have for any repair technician or DIY enthusiast.

Essential for Electronics Repair

As a key tool for electrical DIY supplies, this pry blade is designed for intricate electronic repair tasks.

Its mini size and thin profile enable access to tight spaces, facilitating the disassembly of various electronic devices.

Whether you're replacing a battery, screen, or other internal components, this tool ensures a clean and efficient repair process.

What's Included

This product is supplied in a convenient bag, making it easy to store and transport.

Available in single, 3-piece, or 5-piece packs to suit your needs.

It's an indispensable addition to your mobile phone repair toolkit.

Specifications:

• Size: Mini
• Package: Bag
• Model Number: Ultra Thin Flexible, Thin Pry blade
• DIY Supplies: Electrical
• Application: Mobile Phone Repair

Frequently Asked Questions:

What is this pry tool made of?

This pry tool is made from durable, ultra-thin stainless steel. Its material ensures flexibility and strength for delicate repair tasks without bending or breaking easily.

What devices can I use this pry tool on?

This tool is specifically designed for mobile phone repair, including iPhones, iPads, and Samsung devices. Its thin profile allows for safe disassembly of various electronic gadgets.

How thin is this pry tool?

The pry tool is ultra-thin, measuring just 0.1mm. This allows it to easily get into small gaps between device components for safe separation.

Is this tool suitable for beginners?

Yes, its flexibility and thinness make it a safer option for beginners performing DIY electronics repair. It helps prevent damage to device casings and internal components.