types of tools | car |
IC card | 44 |
Silca Code | |
applicable locks | door lock |
material | |
opening direction | rear of the car |
key cuts positions | 10 |
key cut depth | 5 |
positioning method | tip positioning |
shrapnel trajectory | |
keyway profile | right keyway |
This product is the Lishi 2-in-1 Tool, model ICF03, specifically designed for Ford vehicles.
Dual Track Design: This tool uses dual track technology to accurately read the lock teeth of Ford vehicle locks and create matching keys.
No Damage Unlocking: Ensures that neither the lock cylinder nor its internal structure is damaged during reading and unlocking processes.
Multi-functional: Suitable for various locks including door locks and ignition locks of Ford vehicles.
Locksmith Services: Used by locksmiths when providing unlocking and key duplication services.
Automotive Repair: Used automotive repair technicians when replacing or repairing vehicle locks.
Training and Teaching: Utilized by locksmith training institutions as a teaching tool for hands-on demonstrations.
Full Stainless Steel Material: The tool is crafted from full stainless steel, high durability and long service life.
High Precision: The tool design ensures accurate reading of lock tooth information for quick production of original keys.
Convenient and Efficient: Simplifies the locksmith's operational steps, improving work efficiency.
Locksmiths: Locksmiths in need of efficient and durable tools.
Automotive Repair Technicians: Technicians engaged in vehicle lock maintenance and replacement.
Locksmith Trainees: Used for practical training during learning and training phases.
This tool is an essential high-efficiency instrument for locksmiths and is suitable for a variety of Ford models, significantly enhancing work efficiency.
Tags Lishi, ICF03, Ford Key, Locksmith Tool, otive Repair, No Damage Unlock
types of tools | car |
IC card | 44 |
Silca Code | |
applicable locks | door lock |
material | |
opening direction | rear of the car |
key cuts positions | 10 |
key cut depth | 5 |
positioning method | tip positioning |
shrapnel trajectory | |
keyway profile | right keyway |
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