Startech · Cables

StarTech.com Universal Laptop Lock 6.6ft (2m) Security Cable For Notebook Compatible With Noble Wedge/Nano/K-Slot; Keyless Combination Locking Cable Anti-Theft Cut-Resistant Steel Cable - TAA

Deter the theft of a laptop docking station or other peripherals using this universal security cable lock The Universal Laptop Lock is a versatile solution compatible with Noble Wedge; K-Slot (T-Bar) or Nano providing flexibility and convenience. With its on-the-fly lock tip change feature you can quickly adapt the lock to different slot types. The cut-resistant steel security cable measures 6.5ft (2m) in length and 0.17in (4.4mm) thick providing reach and durability. With the 3-in-1 Laptop Lock protect your valuable devices wherever you go. Combination Lock The keyless cable lock allows you to set a personalized combination code offering up to 10000 combinations for increased security. The lock can withstand a pull force of 202 lb (91.6 kg) for K-slot 164.4 lb (74.6 kg) for Nano and 110.2 lb (50 kg) for Noble Wedge; ensuring your computer or other devices remains safe from theft. Note: The pull force values mentioned may vary if the security slots do not comply with the design standards specified by their respective manufacturers. Widely Compatible The versatile security lock is not limited to laptops or notebooks only. Use this lock to secure other devices such as docking stations monitors printers SFF computers projectors oscilloscopes or other office and lab equipment expanding its utility. The lock is future-proof as it works with previous and newer computers from various brands including HP Dell Microsoft and more. Different thickness spacers are provided to ensure a better fit for your device. Full-Motion Lock Design The diameter of the lock head is 0.4in (14mm) and features a ball joint design that allows for 360 rotation and 90 pivot of the lock head. This flexibility reduces coiling and minimizes strain on the notebook slot enhancing durability and usability. The StarTech.com Advantage

90-day range £∞–-£∞ · average £NaN