Free Shipping on Selected Orders Over $450.•Volume & Project Pricing Available.•Purchase Orders Accepted for Approved Accounts.•B2B Solutions for Business & Institutional Buyers.•Request a Quote for Large or Special Orders.•Free Shipping on Selected Orders Over $450.•Volume & Project Pricing Available.•Purchase Orders Accepted for Approved Accounts.•B2B Solutions for Business & Institutional Buyers.•Request a Quote for Large or Special Orders.•
With today’s slim laptops featuring the Nano security slot, a typical cable lock head may fit. However, as the laptop itself is so thin, once the lock is attached the laptop will not lie flat since the thickness of the lock is greater than the laptop. The Slim NanoSaver® Combination Laptop Lock is the strongest keyless locking solution that allows ultra-thin and 2-in-1 laptops with nano lock slots to lie flat and stable.
Product Specifications
Manufacturer
KENSINGTON COMPUTER
Manufacturer Part Number
KEN-K60605WW
GTIN / Barcode
50085896606050
Brand Name
Kensington
Product Name
Kensington Slim NanoSaver Combination Laptop Lock
Mfr. Part Number
KEN-K60605WW
GTIN / Barcode
50085896606050
Features
Best uses
Laptop
Lock type
Combination lock
Cable lock slot type
Kensington
Cable type
Standard
Packaging data
Quantity per pack
1 pc(s)
Package width
160 mm
Package depth
465 mm
Package height
175 mm
Package weight
5.31 kg
Technical details
Lock management
Serialised 25-pack Combination
Brand
Kensington
Availability
In Stock
Price Currency
USD
Category
Laptops & Notebooks
Customer reviews
No reviews yet. If you have bought this,
yours would be the first.
We use cookies and similar technologies to operate our website, maintain security, remember preferences, analyze site performance, and improve your browsing experience. Some cookies are essential for website functionality, while others may support analytics and marketing activities. By selecting “Accept All,” you consent to the use of optional cookies. You may manage or reject non-essential cookies through your cookie settings at any time. Learn more