Brand and Model

Lishi HU66 Two-in-One Single Arm Tool

Features

All Stainless Steel Construction: The HU66 Single Arm Tool is made from high-quality stainless steel, ensuring durability and reliability.

Easy Operation: No need to disassemble the lock cylinder; simply insert the tool to read the lock tooth number quickly and easily.

Precise Positioning: The tool is designed with precision to accurately locate each pin's position, displaying the pin status through a scale board.

Use Cases

Locksmiths: Professional locksmiths use this tool for non-destructive unlocking of car lock cylinders and reading teeth.

Automotive Shops: Automotive technicians use it for quick duplication of mechanical keys for vehicles.

Specialized Industries: Security, automotive maintenance, and other industries that frequently need to unlock car locks.

Highlight Innovations

No Disassembly Required: The tool reads all tooth numbers without disassembling the lock cylinder, allowing direct key cutting with a key cutting plier.

Smart Design: The tool is crafted to match the dimensions of the key within the lock hole, applying rotational force evenly to enhance unlocking efficiency.

Visual Operation: The scale board displays the pin positions accurately, making operations simpler and more precise.

User Base

Professional Locksmiths: Used for quick non-destructive unlocking and reading of various car lock cylinders.

Automotive Repair Technicians: Utilized for vehicle repairs and key duplication.

Security Personnel: Designed for emergency unlocking and key duplication needs.

Product Specifications

Weight: Approximately 200 grams
Dimensions: Standard size, conforming to international key specifications
Language: Supports operation instructions in both Chinese and English.

Additional Information

This tool is a powerful assistant for locksmiths and automotive technicians, helping users improve work efficiency while ensuring safety and accuracy in operation.

2-in-1
pin tumbler mechanism
types of tools
applicable locks
opening direction
presence of spacer wafers
positioning method
key cuts positions
key cut depth
keyway profile
IC card
Silca Code

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