Stern’s Connected Washroom System – Smart, Secure, and Sustainable Restroom Management for Airports Airports require advanced, efficient, and secure restroom management solutions that optimize hygiene, resource consumption, and operational efficiency. The Stern Connected Washroom System, powered by Bluetooth Mesh Technology, provides real-time monitoring, control, and maintenance of restroom facilities. This system is designed for high-traffic […]
Stern Patented Touchless Cubicles – A High-Traffic Restroom Solution with Optional TOI & VacantView Airport restrooms require efficient, hygienic, and high-capacity solutions to accommodate thousands of daily travelers. Stern’s Patented Touchless Cubicles provide a fully integrated, sensor-activated access system, improving hygiene, privacy, and passenger flow. These cubicles can be further enhanced with TOI (Top Occupancy […]
Complete sanitary cabinet with a lockable mirror. Includes high speed hand dryer, mixing valve, touch free faucet, touch free soap dispenser and LED pictograms for intuitive user guidance. Delivered with remote controls to adjust soap dosage, LED colors and other customization settings. SWAR Customizable Mirrored Cabinet with Soap Level Indicator: The Future of Touch-Free Washroom Innovation The […]
SWAR TV – Touch-Free Hygiene & Digital Display for Smart Airport Washrooms The SWAR TV is an innovative all-in-one sanitary cabinet designed for modern airport restrooms, combining hygiene, technology, and digital communication. Featuring a sleek mirrored front with a concealed 24-inch screen, it provides a seamless, touch-free handwashing experience while integrating the ability to show […]
Winning Combination TOI – Top Occupancy Indicator and VacantView Washroom Display – Smart Occupancy Indicators for High-Traffic Public Restrooms – to be used with Stern’s Patented Touchless Cubicles The VacantView Washroom Display is an innovative, real-time occupancy indicator system designed to enhance the efficiency and hygiene of high-traffic public restrooms. Positioned outside washrooms, it provides […]
Tubular Trio Matching, Touch-Free Soap Dispenser, Faucet, and Hi-Speed Hand Dryer for Public Bathrooms Designed for high-traffic commercial and public restrooms, this fully integrated touch-free wash station offers a seamless, hygienic, and efficient handwashing experience. Engineered with advanced infrared sensor (IR) technology, this system ensures completely hands-free operation, eliminating the need for physical contact and […]
Ink CUPPS – common use that works for airports of any size Ink CUPPS is an IATA-certified common use passenger processing system that helps to scale to fit the needs of both small regional airports and large international hubs. Shared platform, reduced costs, better infrastructure use. Standard, flexible, unique Scalable architecture Designed to adapt to […]
Easat Airport Surveillance ATM Radar System Include: The Combined Radar Sensor includes Fully ICAO Compliant: Fully-Integrated, Modern Solid-State Transceiver and Interrogator, Carbon Composite S-Band Primary Surveillance Radar (PSR). Monopulse Secondary Surveillance Radar (MSSR), Mode-S Level 4. Lattice Tower and Temperature & Humidity Controlled Equipment Shelter, or Mono-Tube Tower with Integrated Temperature Controlled Equipment Shelter. Civil […]
Enhance air traffic management with our state-of-the-art Primary Surveillance Radar (PSR)—a cutting-edge S-band radar system designed to deliver unmatched accuracy, reliability, and coverage. Engineered for airports, defence, and airspace management, this PSR ensures seamless aircraft detection in all weather conditions, even when transponder signals are unavailable. Why Choose Our S-Band Primary Surveillance Radar? Superior Detection […]
Easat is a leading supplier of Mode S Level 4 Monopulse Secondary Surveillance Radar (MSSR) systems for global Air Traffic Management applications. Easat’s latest generation of Mode S Level 4 MSSR has been designed to ensure that it is fully compliant with ICAO requirements and Eurocontrol standards. Easat MSSRs are intended for cooperative air traffic […]
