Description

Kensington ClickSafe Combination Laptop Lock

Strong Lock Head

Tested against the most rigorous and thorough standards in the industry, the lock is tamper-resistant and will durably perform time after time

ClickSafe® Locking Technology

After the ClickSafe Security Anchor featuring a T-Bar has been securely mounted into the Kensington Security Slot on your device, the ClickSafe lock head can be attached in a single click with one hand, providing an unparalleled level of security and higher employee compliance

Resettable 4-Number Combination

The lock offers 10,000 different combination codes that can be selected by the user so it’s personalized and more easily remembered

Cut-Resistant Cable

Made of engineered carbon steel and sheathed in protective plastic, it offers the same level of cut-resistance and theft-resistance of much thicker cables while providing easier mobility

Register & Retrieve

Kensington’s online combination code registration program that allows for quick, secure and easy code retrieval if it ever gets lost or forgotten

One-Handed Operation

With a simple click onto the ClickSafe Security Anchor on your device, the lock is securely attached

• ClickSafe® Lock provides one-step security after Security Anchor has been installed into Kensington Security Slot™ found on most laptops, increasing employee compliance
• Carbon steel cable is cut-resistant and anchors to desk, table or any fixed structure
• Register & Retrieve™ program allows you to look up forgotten codes
• One-handed engagement without need to use a key
• TAA Compliant

• Provides dependable security maximum locking efficiency
• 6 ft cable length for faster, efficient execution of mounting to ensure maximum reliability
• Notebook device supported according to your requirements with maximum productivity
• 0.20″ cable diameter for maximum strength and optimal flexibility
• Combination Lock lock configuration type for secure, reliable protection with added productivity
• 4-wheel locking combination for productive security and maximum user feasibility