Fits standard, nano, or wedge-shaped laptop security slots, regardless of brand or generation, helping to “future-proof” your locking solution. Lock tips are easily changed; a tether keeps unused lock tips handy.
Common across all of Kensington’s latest locks, so there’s only one keying system to manage. Smaller key opening helps thwart picking attempts.
Resists tampering and offers peace-of-mind. 1.8m (6 ft.) cable with plastic sheath delivers cut and theft resistance.
A special hinge allows flexible movement and easy key insertion.
Kensington’s online key registration program that allows for quick, secure, and free key replacement if ever lost or stolen.
Each Kensington lock is precision engineered to meet or exceed rigorous industry standards for strength, physical endurance, and mechanical resilience.
Provides administrative access so IT managers can have a key for all locks while each user has their own individual lock and key.
Rest assured knowing you’re covered by Kensington, inventor and worldwide leader in laptop security locks.
O uso deste produto auxilia na mitigação riscos para sua organização em termos de confidencialidade, integridade e disponibilidade de dados, e pode ajudar a atender aos controles do Anexo A 7.7, 7.8 e 7.9.
Now there’s one keyed cable lock that secures it all. The Universal 3-in-1 Keyed Laptop Lock fits any laptop security slot — standard, nano, and wedge-shaped — helping to “future-proof” your locking solution. Lock tips are easily changed; a tether keeps unused lock tips handy. Common 5mm keying system, patented Hidden Pin™ technology, and carbon steel cable provide strong security against picking and theft attempts. Pivot and rotate lock head allows flexible movement and easy key insertion. Additional features include Register & Retrieve™ for quick, secure, and easy key replacement; master keyed for administrative access; and a five-year warranty backed by Kensington, inventor and worldwide leader in laptop security locks. All Kensington locks are verified and tested for strength, physical endurance, and mechanical resilience.
