Startech · Cables

StarTech.com 6ft (1.8m) Self-Coiling Laptop Cable Lock - Portable 3-Digit Combination Security Cable Lock for K-Slot Laptop/Computer/Desktop/Device - Coiled Anti-Theft Steel Cable Lock - TAA

Portable Security Cable | 1.8 m (6') Steel Cable Protect your laptop dock projector or other device against theft wherever you go with this laptop cable lock. Its easily portable with a self-coiling cable and 3-digit resettable combination. Ready to Go When You Are Guard the security of your laptop or other device when you work remotely or travel. The coiled security cable tucks easily into your laptop bag. It retracts to just 266 mm (10.5") for portability and stretches out to 1.8 m (6') for flexible use. Easy to Use Save time with this 3-digit combination laptop lock. It's easy to set even with one-handed operation. To help prevent others from knowing your combination you can change it at any time. Maximize Security Ensure that your laptop tablet dock smartphone or other device is anchored safely to your workspace with this combination cable lock. For dependable theft protection in a wide range of retail commercial and institutional environments the laptop anti-theft lock is compatible with laptops or other devices that are equipped with a Kensington lock slot (K-Slot). Versatile Use Ideal for portable use or at the office the laptop cable lock features a strong vinyl-coated steel cable (3.2 mm diameter). To secure your device in a variety of different work spaces the flexible steel cable bends easily to loop around a stationary post or object. The TAA compliant LTLOCK3DCOIL is backed by a StarTech.com 2-year warranty and free lifetime technical support. The StarTech.com Advantage - Protect your laptop or other device against theft using this cable lock with a 3-digit resettable combination - Portable self-coiling cable lock stretches to 1.8 m (6') and retracts to just 266 mm (10.5") - Compatible with laptops docks monitors projectors or other computer equipment with a Kensington lock slot (K-Slot)

90-day range £∞–-£∞ · average £NaN