types of tools | car |
IC card | 1096 |
Silca Code | |
applicable locks | door lock trunk gnition lock |
material | |
opening direction | front of the car |
key cuts positions | 8 |
key cut depth | 4 |
positioning method | tip positioning |
shrapnel trajectory | |
keyway profile | center keyway |
Brand: Lishi
Model: HU92
Precision Positioning: The Lishi HU92 tool is precisely designed to locate the internal spring positions of the lock cylinder, making the unlocking process more efficient.
Non-Destructive Unlocking: It allows reading of the key cut without disassembling the lock cylinder and can quickly produce keys without damaging the lock.
Primarily used for non-destructive unlocking of car locks and quick key making, it is particularly suitable for automotive repair technicians, locksmiths, and specialized professionals.
Intelligent Design: The tool matches the size of the key, allowing for even and controllable effects when applying rotational force.
Multi-Functionality: Combines the functions of a positioning tool and a key decoder, enabling easy reading of key cuts and key production.
Applicable to automotive repair technicians, locksmiths, and specialized industry personnel, providing non-destructive unlocking and quick key making solutions.
Weight: Approximately 160 grams
Dimensions: Vary slightly based on vehicle lock cylinder
Language: Supports Chinese
Material: Stainless Steel
Unlocking Direction: Counterclockwise
Compatible Vehicle Models and Years: Suitable for high-end models such as BMW; detailed models are available in the product description.
This tool is an essential, high-efficiency tool for modern automotive locksmiths, significantly improving work efficiency while ensuring the integrity of locks.
Tags Lishi, HU92, key tool, automotive repair, non-destructive unlocking, locksmith tools
types of tools | car |
IC card | 1096 |
Silca Code | |
applicable locks | door lock trunk gnition lock |
material | |
opening direction | front of the car |
key cuts positions | 8 |
key cut depth | 4 |
positioning method | tip positioning |
shrapnel trajectory | |
keyway profile | center keyway |
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