Use Case
Sunlight-Readable Industrial Monitors
Ordinary displays wash out in direct sun. Sunlight-readable industrial monitors combine high brightness, optical bonding and anti-glare treatments so operators can read the screen outdoors and in bright environments.
What makes a monitor sunlight-readable?
Three things work together: brightness (measured in nits - sunlight-readable displays typically run 1,000 nits or more), optical bonding that removes the air gap behind the glass to cut internal reflection, and anti-glare / anti-reflective surface treatments. See our full guide to sunlight-readable monitors and nits.
When you need one
Outdoor kiosks, in-vehicle displays, marine, agriculture, and any window-lit control room. If the screen faces daylight, a standard 250-350 nit panel will not cut through.
What to look for
- 1,000+ nits brightness for direct sun
- Optical bonding to reduce reflection and condensation
- Anti-glare coating and wide viewing angles
- Sealed front bezel (IP65) for outdoor use
Browse our industrial monitors or request a quote for a sunlight-readable configuration.
Frequently asked questions
How many nits is sunlight-readable?
A sunlight-readable display generally needs at least 1,000 nits of brightness. Standard office monitors are 250-350 nits, which wash out in direct sunlight.
What is optical bonding?
Optical bonding fills the air gap between the LCD and the cover glass with clear resin. This reduces internal reflections, improves contrast in bright light and prevents condensation.
Do I need optical bonding or just high brightness?
Both help. High brightness pushes light through glare, while optical bonding reduces the reflections that cause washout. For direct sun, combine 1,000+ nits with optical bonding and an anti-glare surface.