Kensington MicroSaver 2.0 Portable Keyed Laptop Lock

Strong 10mm Lock Head

At only 10mm in diameter the lock head is designed for even the thinnest laptops and devices while still meeting Kensington's industry-leading testing standards for tamper-resistance reliability and durability.

Hidden Pin™ Technology

The patented anti-pick technology ensures the lock cannot be tampered with.

T-Bar™ Locking Technology

The trusted industry standard for nearly 25 years and compatible with the Kensington Security Slot™ found in most laptops. The rotating bar securely attaches to the internal wall of the device for a premium level of security.

Self-Coiling Steel Cable

Made of engineered carbon steel and sheathed in a protective sleeve it can stretch up to 6 feet to anchor to a desk or fixed structure yet shrinks down to 3 inches for easy portability

Pivot and Rotate Cable

Special hinge creates great freedom of movement eliminating awkward angles and allowing you to insert your key with complete ease

Verified & Tested

Engineered to Kensington's rigorous specifications and third-party standards in torque/pull foreign implements lock lifecycle corrosion key strength and other environmental conditions.

• Strong 10mm lock head offers uncompromised security for even the thinnest laptops and devices
• Patented Hidden Pin™ Technology provides anti-pick features unique to Kensington
• T-Bar™ Locking Technology attaches to the Kensington Security Slot™ found on most laptops and other devices
• Self-coiling carbon steel cable stretches up to 6 feet or shrinks down to 3 inches for easy packing
• Pivot and rotate ball joint provides superior laptop engagement
• Independently verified and tested for industry-leading standards in torque/pull foreign implements lock lifecycle corrosion key strength and other environmental conditions
• TAA Compliant

The MicroSaver 2.0 was developed using strict specifications patented technologies and rigorous testing against tough environmental conditions and can stand the test of time in a smaller compact size.