Kuori is launching its latest Outdoor Digital Display, a 75” display with significantly more energy-efficient technology for the use of LCD displays for outdoor digital signage for the Digital-Out-of-Home (DOOH) industry. Kuori’s temperature control system preserves the screen’s indoor-like environment, contributing to its energy efficiency and prolonged lifetime. Kuori says its Outdoor Digital Displays are widely used in all environments and temperatures, including urban areas, hospitality, retail centers and ski resorts.
The key features of the new 75” Kuori Outdoor Digital Display include:
- Harsh Environment Adaptability: The Kuori Outdoor Digital Display is built to withstand harsh conditions such as heat, cold, liquids, corrosives, dust and metal particles. It is also equipped to withstand direct sunlight with its anti-reflection, anti-glare and anti-UV treatment, ensuring optimal visibility in any lighting condition. It is temperature-controlled, operates from -40°C to +60°C, and offers IP66 protection and 4000 nits panel brightness. Its stainless-steel structure ensures longevity and enables installation in demanding locations. The filter-less air circulation system guarantees reliable performance even in challenging environments.
- Easy Customisation based on Modular Design: Kuori’s Outdoor Digital Display can be customized to match customer needs and requirements. The displays are designed for easy servicing and component replacement without disassembly thanks to Modular Design principles. The Kuori Outdoor Digital Display offers a long lifecycle, resulting in a lower total cost of ownership. It’s an ecological choice with minimal waste and maximum flexibility.
- Remote Device Management Ensuring optimal performance: It’s equipped with remote device management and online monitoring capabilities that provide the real-time operational status of each display. The system is developed in-house so additional features can be implemented on customer request. Complete remote monitoring is also available, ensuring optimal performance.