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Original Lishi Tool 32 PCS 2-in-1 Set for Non-Destructive Lock Pick and Locksmith Applications

Original Lishi Tool 32 PCS 2-in-1 Set for Non-Destructive Lock Pick and Locksmith Applications

ブランド名: Lishi
モデル番号: 32pcs
MOQ: 1セット
価格: 交渉可能
パッケージの詳細: 標準輸出梱包
支払条件: L/C、T/T、ウェスタンユニオン
詳細情報
起源の場所:
中国
製品名:
Lishi 2-in-1 ツールセット
材料:
金属
アプリケーション:
鍵屋ツール用
起源の場所:
中国
タイプ:
2 in 1
用途:
民生用工具用
モデル:
32pcs
MOQ:
1セット
ハイライト:

Locksmith Applications Lishi Tool

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Non-Destructive Lock Pick Lishi Tool

製品説明
Original Lishi Tools 32 PCS 2-in-1 Set Automatic Door Lock Opening Locksmith
Professional 32-piece Lishi 2-in-1 lock picking and decoding tool set designed for locksmith applications and civil tool use.
Product Specifications
Product Name Lishi 2-in-1 Tool
Material Metal
Applications Locksmith Tool
Place of Origin China
Type 2-in-1
Use for Civil Tool
Model 32pcs
MOQ 1set
Product Overview

The innovative design allows for simultaneous tensioning and reading of internal lock components. This integration provides direct, unfiltered tactile feedback to the operator, transforming abstract sensations into clear, interpretable information.

Technical Parameters
Applications Locksmith Tool
Use for Civil Tool
Application Scenarios
  • In buildings with master key systems, security professionals can use the Lishi tool to diagnose the system. By reading the depths in a lock, skilled technicians can sometimes deduce or verify the master key and change key bittings, aiding in system auditing.
Original Lishi Tool 32 PCS 2-in-1 Set for Non-Destructive Lock Pick and Locksmith Applications 0
Key Features
  • Primary advantage is its capability for non-destructive entry, preserving the lock's integrity for continued use. Beyond mere entry, its core function is to "read" a lock by decoding pin depths to generate the numerical bitting code for a new key.
Original Lishi Tool 32 PCS 2-in-1 Set for Non-Destructive Lock Pick and Locksmith Applications 1
Usage Guidelines
  • Apply very slight rotational pressure to the tool, as if trying to turn a key. This tension, typically clockwise for most automotive locks, is the foundational force that creates the binding conditions necessary for decoding.