Description
Features
Sustainability Focused
Designed using 78% less plastic versus prior generation, the Velcro strap and cable tie are made from 100% recycled nylon, and the product is delivered in Forest Stewardship Council (FSC®) certified packaging.**Plastic removed from cable jacket, crimp cover, ferrule cover, and key cover
Premium Stainless Steel Construction
Strong and durable laptop lock that complements modern workspaces. The long 1.8m (6ft) cable resists cutting attempts and provides ample length for easily anchoring your laptop to desks, tables, and other attachment points.
Slim Nano Lock Head
Supports ultra-thin devices with nano lock slots. The low-profile lock head will not block I/O ports and allows your device to lie flat and stable.
Unique Lock Engagement
Expanding hooks grab the inside edges of the nano lock slot, creating a strong connection between the lock and the device frame.
Verified and Tested to Resist and Deter Theft
Precision engineered to meet or exceed rigorous industry standards for strength, physical endurance, and mechanical resilience.
5mm Keying System
Common across all of Kensington's latest locks, so there's only one keying system to manage. Includes patented anti-pick Hidden Pin™ Technology to thwart picking attempts.
Register & Retrieve™
Kensington's online key registration program that allows for quick, secure and easy key replacement if it ever gets lost or stolen.
Custom Keying Solutions
A Master Keyed (K60631M) option provides IT managers with a single key for all locks while each user receives their own individual key - offering an ideal level of administrative control over equipment, while helping employees safeguard against theft.
- 5.91 ft cable length help cable lock mounted in a dependable and timely manner with maximum productivity
- Notebook device supported for your convenience and better usability
- Built with plastic product material to offer longevity and great resistance to damage and deterioration
- Patented T-bar/Key Lock lock configuration type for dependable security and optimal usability