Our website uses cookies to enhance your browsing experience. These cookies include those required for technical purposes, as well as for Google Analytics tracking. By using our website, you consent to our use of cookies in accordance with our Privacy Policy. You have the option to reject or accept each cookie that is not required for technical reasons.
Vendor | Location | In Stock | Coupon Code | Price (USD) | Link* |
---|---|---|---|---|---|
EPOMAKER K1 Numpad | |||||
Global | - | $35 - Out of stock | Visit shop |
The EPOMAKER K1 number pad makes a bold statement—with its plastic casing and pudding keycaps—that it is not a mere product. It speaks to the geeks who want a numeric keypad of their own, and it has been designed with the most cutting-edge technology to make it the ultimate tool for work or casual computing. With a custom switch that is not yet available on any other keyboard, it is high-quality and durable enough for heavy use.
Featuring a double layer translucent design, EPOMAKER K1 number keypad is really showing off your keyboards’s lighting. It makes it an excellent addition to your home, office, or studio. The keycaps are made of high-quality materials and are durable and comfortable to use.
The EPOMAKER K1 numeric keypad is a high quality, backlit numeric keyboard for your computer. Compatible with all computers, the EPOMAKER has many features you're sure to love. With an attractive design including anti-skid feet and a special font designed just for this keyboard, it's sure to be noticed by anyone who sees it. A handy variety of different light colors shine through the case!
EPOMAKER K1 numeric keypad provides a stable connection for any keyboard, offering a secure connection and easy data entry. Its durable design is ideal for everyday use in any work environment.
Maximize your efficiency by using this little device. The EPOMAKER K1 numeric keypad is portable enough to fit in most setups, but it's robust enough for everyday use. This innovative solution makes it easy to enter data faster with minimum errors.