Brand and Model

Brand: Lishi
Model: HU64

Features

  • Full Stainless Steel Construction: The tool is made of full stainless steel to ensure durability and corrosion resistance.
  • Easy Operation: No need to disassemble the lock cylinder; simply insert the tool to read the lock cut, which is convenient and fast.
  • Precise Positioning: The tool is designed with precision to accurately locate each pin's position, with a scale board displaying the pin status.

Usage Scenarios

This tool is widely applicable in the following scenarios:

  • Locksmiths: Used by professional locksmiths for non-destructive opening of car lock cylinders and reading cuts.
  • Auto Repair Shops: Used by technicians for quick configuration of car mechanical keys.
  • Specialized Industries: Industries such as security and automotive repair that require frequent access to car locks.

Innovative Highlights

  • No Disassembly Needed: Read all cut numbers without disassembling the lock cylinder, allowing for direct key creation using a trimming tool.
  • Intelligent Design: The tool is crafted to fit the key size strictly within the lock hole, evenly applying rotational force to improve lock opening efficiency.
  • Visual Operation: The scale board accurately displays the position of the pins, making operation more straightforward and precise.

User Groups

This tool is suitable for:

  • Professional Locksmiths: For quick, non-destructive opening and reading of various car lock cylinders.
  • Automotive Repair Technicians: For vehicle maintenance and key configuration.
  • Security Personnel: For urgent lock opening and key duplication needs.

 

Product Specifications

Weight: Approximately 200 grams
Dimensions: Standard size, meeting international key specifications.
Languages: Supports operation instructions in Chinese and English.

Additional Information

This tool is an ideal choice for locksmiths and auto technicians, enhancing work efficiency and ensuring customer satisfaction.

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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