Looking for a professional carbon fiber pry bar that is safe for sensitive electronics? The MaAnt M091E Carbon Fiber Non-Magnetic Anti-Static Disassembly Pry Bar is a precision tool designed for mobile phone repair, laptop disassembly, PCB work, and component cleaning.

Made from high-quality carbon fiber, this thin (0.2mm) pry bar / tin scraper offers excellent strength, toughness, and flexibility while remaining lightweight and durable. Its non-magnetic and anti-static (ESD safe) properties protect delicate components from damage during prying, scraping, or glue removal.

Key Features of MaAnt M091E Pry Bar:

•  Premium Carbon Fiber Material – Lightweight, high strength, high hardness, and excellent elasticity

•  Non-Magnetic Design – Safe for use around sensitive electronic components and magnets

•  Anti-Static (ESD Safe) – Prevents electrostatic discharge damage

•  Ultra-Thin 0.2mm Blade – Selected after extensive user testing for precise insertion into tight gaps

•  Low Thermal Conductivity & High-Temperature Resistance – Suitable for heat-related repair work

•  Chemical Corrosion Resistance – Durable against solvents and cleaning agents

•  Ergonomic Comfortable Grip – Easy to hold for precise control without damaging battery cases or frames

•  Multi-Purpose Design – Ideal for prying, tin scraping (especially IC/CPU holes), glue removal, and cleaning components

Perfect For:

•  Smartphone and tablet disassembly

•  Laptop and digital device repair

•  PCB board cleaning and component work

•  Precision prying and tin scraping in electronics workshops

Whether you search for MaAnt M091E, carbon fiber pry bar, non-magnetic anti-static pry tool, ESD safe disassembly blade, or thin carbon fiber tin scraper, the MaAnt M091E delivers professional performance and reliability.

Package Includes:

1 × MaAnt M091E Carbon Fiber Non-Magnetic Anti-Static Disassembly Pry Bar

Upgrade your repair toolkit with the MaAnt M091E – the durable, safe, and precise carbon fiber pry bar trusted by technicians for clean and damage-free disassembly.