Keyser Industries, Inc. is proud to report that their patented application, the Keyser FLEX Outdoor Digital Display System, now showcases a new full turnkey 55” LCD outdoor display with the most cost-effective design that allows all customers growing into digital, to never grow out of it while also enhancing the overall customer experience. Keyser's 3000Nit LCD display with an Android 7.0 Operating System, is specialized for high commercial performance and its high bright output remains polarized in any climate while also combating unwanted glare thanks to its high impact reflective coating. Our weather tight, anti-reflective safety glass features a pristine optically bonded seal, built to withstand the harshest weather conditions, prevents moisture, dirt and debris from deeply impacting the displays' performance while still maintaining a stunning HD image in direct sunlight!
Keyser's LCD displays are the greatest compliment to any digital drive-thru system because it improves the customer's order accuracy, decreases wait time, amplifies sales and minimizes the worry that comes with your business investing in digital due to Keyser's most-competitive pricing. As always, Keyser display systems are made in the USA. “Your display needs should be served by the innovator not the imitator.” For further information and quotes on Keyser's 55” Outdoor LCD Display see https://explorekeyser.com or email sales@explorekeyser.com to learn more about Keyser's vast product line and capabilities.
3000Nit Brightness to combat the sun on the brightest of days. See your great HD images in direct sunlight.
WEATHER TIGHT MANUFACTURING PROCESS
Built to withstand the harshest of weather conditions, this Ip67 monitor stops any ingress of outside moisture, dirt and debris from effecting performance.
IK10 RATED, IMPACT RESISTANT, TEMPERED COVER GLASS
Not only does the glass protect against high impact, its anti-reflective coating helps combat unwanted glare. 72.988K-DEMAND TECHNOLOGY
Offers high bright display performance, while also providing up to a 35% decrease in power consumption. No mechanical cooling design transfers heat from the critical components while having the ability to withstand +140F degrees in direct solar load.