IZTOR DC 24V Automotive Fuse Tester & Puller — Multi-Size ATO/ATC/ATM Removal Tool

Meet IZTOR DC 24V Automotive Fuse Tester & Puller

Designed for quick checks inside car fuse boxes, this compact tool blends a fuse tester and puller into one practical device. It supports common blade fuses and glass-tube variants, including MAXI, ATO/ATC, and ATM styles, making it a versatile companion for DIYers and professionals alike.

The tool’s small footprint (roughly 70 × 30 × 25 mm) fits neatly in a glovebox or tool kit, so you can take it on the road or keep it on hand for routine maintenance. A bright LED indicator provides a visual read of fuse status, helping you identify functioning vs. blown fuses at a glance. An adjustable probe pitch accommodates different fuse sizes, so you don’t have to switch tools between jobs. Crafted from durable plastic, the unit is built to withstand regular automotive use without visible wear.

Whether you’re diagnosing a suspected fuse issue, removing a faulty fuse for replacement, or simply performing a routine fuse check, this IZTOR tester offers a practical balance of form and function. It’s a smart addition to any car-care toolkit, offering fast feedback and a straightforward workflow in everyday situations.

Key features

• Combined fuse tester and puller for blade fuses and glass-tube variants
• Adjustable probe pitch to test MAXI, ATO/ATC, and ATM fuses
• LED indicator to quickly identify fuse status
• Mini size ensures it won’t take up space in your toolkit
• Premium plastic construction for durability and long-lasting use
• Compact dimensions: 70 × 30 × 25 mm (2.8 × 1.2 × 1 in) for easy transport

Practical use cases

• Quick checks inside the vehicle’s fuse box to confirm fuse health
• Safe removal of a suspect fuse for inspection or replacement
• On-the-go testing that fits in a glovebox, trunk, or tool bag

Specifications and notes

Designed for 24V automotive systems, with durable construction to withstand regular use. This device focuses on practical testing and removal tasks without asserting performance claims beyond observed, real-world usefulness.