The DINERBOT T10 is KEENON's flagship catering service robot designed to transform dining experiences through interactive engagement and intelligent delivery.

Featuring adaptive head movements that respond to motion, touch, and delivery actions, a large 23.8" display screen, and customizable accessories, voices, and expressions, the T10 brings personality and entertainment to every service interaction.

It uses AI tray detection and touch controls for effortless food pickup, while its 360° recognition system — powered by 4 stereo vision sensors, VSLAM, and an RGB camera — ensures safe, obstacle-aware navigation. Backed by KEENON's patented AI algorithms and multi-robot dispatching, the T10 handles multi-table deliveries with optimized route planning and reliable precision.

The DINERBOT T11 is KEENON's newest catering robot engineered specifically for restaurants and dining spaces with tight corridors and narrow aisles.

With a minimum passage width of just 49cm, it navigates confined spaces with ease while maintaining reliable delivery performance.

Featuring two tray levels with independent load capacities, adjustable operating speed, and an impressive battery life of up to 13.5 hours, the T11 is built for long service shifts.

It combines smart navigation with marketing-focused engagement features, making it both a practical delivery assistant and a dynamic front-of-house presence.

KEENON DINERBOT T9 High-Load Delivery Robot Smart Restaurant Delivery Robot for Efficient Food Service The KEENON DINERBOT T9 is a high-load autonomous delivery robot built to improve food service efficiency in restaurants, hotels, cafés, banquet halls, and hospitality environments. Designed with adjustable tray layers and a total load capacity of 40kg, the T9 can carry multiple dishes, drinks, and service items while reducing manual delivery workload for staff.

The robot supports up to 18 hours of battery life on a single charge and features autonomous charging, allowing it to return to its charging station when needed. Its large touch screen and service-friendly height help simplify daily operation for staff and guests.

Powered by KEENON’s core robotics technology, the DINERBOT T9 uses precise navigation and positioning, 3D perception, and instant obstacle response to move safely in service areas. It also supports multi-robot dispatching, helping businesses deploy several robots in one location for more efficient task routing and service flow.

Alpha Robotics Panda is a multi-tray delivery robot designed to improve service efficiency in restaurants, cafés, hotels, bars, KTV venues, reception areas, and other customer-facing spaces. It helps staff by handling repetitive delivery tasks such as sending meals to tables, guiding plate recycling, welcoming guests, and supporting multi-point transportation.

Using LiDAR, infrared, ultrasonic sensors, and obstacle avoidance technology, Panda can navigate indoor environments, detect surrounding changes, avoid obstacles, and deliver items accurately to designated locations. It is equipped with multi-layer trays and can carry up to 30 kg in total, making it suitable for food, drinks, plates, and service items.

The robot also supports automatic return charging and can work continuously for around 12 hours depending on usage conditions.

Anseboo FD05 is a food service delivery robot built to help restaurants, hotels, cafés, and hospitality spaces reduce repetitive staff movement and improve service efficiency. It is designed for delivering meals, drinks, trays, and other service items across indoor commercial environments.

The robot features a multi-tray design, Wi-Fi or 4G connectivity, app control, auto recharge, replaceable battery support, turn lights, advertising screen capability, and customizable voice prompts. With up to 10–12 hours of battery life and a maximum speed of 1 m/s, it is suitable for daily restaurant and hospitality operations where reliable indoor delivery support is needed.

Timo AI Service Robot is an all-round reception robot built for public and commercial service environments such as hotels, hospitals, banks, schools, airports, stations, retail stores, exhibition halls, and service halls. It helps reduce the workload of customer service staff by handling repetitive front desk tasks such as welcoming guests, providing directions, answering inquiries, presenting business information, and guiding visitors to specific locations.

The robot features laser navigation, voice interaction, voice control, face recognition, mobile advertising display, obstacle avoidance, and automatic recharge. Its 13.3-inch HD touch screen can be used for videos, product promotions, discount reminders, maps, service information, and customer engagement content. With indoor mapping and autonomous navigation, Timo can lead customers to designated points while avoiding obstacles in real time.

Temi V3 is a video-oriented personal AI assistant robot built for business, commercial, healthcare, education, hospitality, and customer service environments. It combines autonomous navigation, video communication, voice interaction, user detection, obstacle avoidance, and remote control features to help teams serve customers, guide visitors, conduct remote meetings, and improve front-desk or on-site engagement.

The robot is equipped with a 13.3-inch multi-touch display, 13MP high-resolution camera, depth camera, LiDAR-based navigation, multiple sensors, high-fidelity audio system, autonomous charging, and up to 8 hours of operation per charge.

Temi V3 also supports online management through Temi Center, making it useful for centralized content, customization, and remote business use.

Dr.Bot transforms Temi V3 into a healthcare support robot for hospitals, clinics, senior care facilities, rehabilitation centers, and medical service areas. The add-on package allows Temi to carry vital signs monitoring meters directly to patient rooms or bedside areas, helping reduce repetitive nurse movement while improving patient data collection.

The system supports monitoring for blood pressure, pulse, blood oxygen, blood glucose, weight, and body temperature. Patients can log in to record their measurements, while nurses and healthcare staff can access the data through a cloud-based patient record system.

This makes Dr.Bot useful for routine ward rounds, remote patient monitoring support, nursing assistance, and smart healthcare service workflows.

Amy AI Service Robot is designed for high-traffic service environments such as stations, airports, hotels, shopping malls, banks, hospitals, schools, government halls, restaurants, specialty stores, and other public areas. It helps support customer-facing teams by handling repetitive front desk tasks including welcome reception, voice interaction, navigation, inquiry assistance, mobile advertising, and customer guidance.

The robot is equipped with a 21.5-inch HD touch screen for advertisements, video playback, discount reminders, product information, map display, and service information.

It also supports facial recognition, customized voice dialogue, business consulting, business processing, indoor mapping, autonomous obstacle avoidance, open SDK/API development, and automatic service guidance.