About OrionStar Robotics

OrionStar Robotics for Intelligent Service and Delivery Robotics

OrionStar Robotics develops AI-powered service robots for companies looking to automate recurring service, information, and transport tasks. The portfolio ranges from delivery robots for the catering and hospitality industries to reception and information robots, as well as autonomous transport solutions for warehousing, logistics, and production. With the CleaniBot series, OrionStar also offers autonomous cleaning robots for professional commercial spaces.

Individual OrionStar robots are specialized for different tasks. While LuckiBot models transport goods, food, or drinks, GreetingBot Mini and GreetingBot Nova focus on visitor communication, information, and wayfinding. CarryBot, on the other hand, is aimed at internal transport processes in warehouses and production. This allows companies to deploy robotics precisely where frequently recurring paths or standardizable tasks arise.

OrionStar LuckiBot for Catering, Hotels, and Service Areas

The LuckiBot series was developed for autonomous delivery and service tasks in commercial indoor areas. Typical applications can be found in restaurants, hotels, care facilities, event areas, and other environments where employees must regularly transport items between defined points.

For example, the OrionStar LuckiBot can move food and drinks between the kitchen and the guest area. This reduces repetitive walking paths while giving employees more time for guests, consultation, and other tasks. The robot does not replace the entire service process, but instead provides support where standardized transport accounts for a large proportion of the daily workload.

For more demanding applications, OrionStar offers further variants with the LuckiBot Pro and LuckiBot Pro Autodoor. The OrionStar LuckiBot Pro combines autonomous delivery with interactive functions and customizable storage surfaces. The Autodoor version uses lockable compartments, making it particularly suitable for applications where goods or items need to be handed over in a protected and controlled manner.

LuckiBot Plus as a Service, Information, and Marketing Robot

With the OrionStar LuckiBot Plus, the classic service robot expands with a stronger focus on communication and digital advertising. This model combines transport functions with large displays and interactive operation. As a result, the robot is suitable not only for transport, but also for reception, customer guidance, promotion, and information dissemination.

Particularly in shopping centers, hotels, showrooms, trade fairs, and larger retail areas, a mobile information robot can offer advantages over a static digital signage solution. Content can be displayed directly where visitors are moving. At the same time, the robot can lead guests to defined areas or answer frequently asked questions.

This makes the LuckiBot Plus particularly interesting for companies that want to combine service robotics, customer communication, and digital marketing within one platform.

GreetingBot Mini and GreetingBot Nova for Reception and Visitor Guidance

Another focal point for OrionStar is reception robots. GreetingBot Mini and GreetingBot Nova are designed to greet visitors, provide information, and guide people to defined destination points within buildings.

The systems are suitable for companies, hotels, retail, showrooms, trade fairs, and public institutions. Through voice interaction, displays, and autonomous navigation, reception robots can take over standardized information and orientation tasks and support front-of-house staff.

The OrionStar GreetingBot Nova focuses specifically on a present human-robot interaction and is suitable for modern reception areas, technology centers, or corporate headquarters.

OrionStar CarryBot for Warehousing, Logistics, and Production

With the OrionStar CarryBot, the manufacturer addresses a significantly different area of application. The autonomous transport robot is designed for material movement in warehousing, logistics, and production and can handle recurring transport between defined areas.

CarryBot is suitable, for example, for transport between incoming goods, storage zones, order picking, and production areas. In intralogistics in particular, repeatable walking and driving paths frequently occur. Autonomous mobile robots can standardize such processes and relieve employees of non-value-adding transport routes.

For a successful introduction, however, aisle widths, handover points, pedestrian traffic, floor conditions, and existing material flows must be taken into account during the planning stage.

CleaniBot Expands OrionStar with Autonomous Cleaning Robots

OrionStar no longer focuses exclusively on service, reception, and delivery robotics. With the CleaniBot series, the manufacturer also offers autonomous cleaning robots for commercial applications.

Depending on the model, the systems combine different methods such as sweeping, vacuuming, and scrubbing with autonomous navigation. In this way, OrionStar is expanding its portfolio toward facility management, enabling companies to automate recurring cleaning processes in addition to service and transport.

Typical areas of application are offices, retail, healthcare, hospitality, warehouses, and other professional indoor areas. This allows different automation tasks to be combined within a single manufacturer's portfolio.

AI, Navigation, and Intelligent Interaction

For service robots to function reliably in real-world operations, they must be able to orient themselves in dynamic environments while remaining easy to operate. OrionStar therefore combines autonomous navigation, obstacle detection, voice interaction, and digital functions within its various platforms.

Human-robot interaction plays an important role, especially with reception and service robots. Voice, displays, and visual user interfaces make it possible to provide information, guide visitors, and map standardized service processes digitally.

As a result, the classic service robot is increasingly evolving from a pure transport platform into a system that can combine physical tasks with information, communication, and digital services.

OrionStar Service Robots for Catering and Hospitality

In the catering and hospitality industries, service robots can primarily support recurring transport tasks. Food, drinks, dishes, or smaller items can be transported between the kitchen, service area, and the guest.

The advantage here is not so much in completely replacing human service. Rather, walking distances can be reduced and employees can be relieved of repetitive tasks. This leaves more time for personal attention, advice, and other tasks where human interaction is important.

In hotels, too, autonomous service robots can be used, for example, for internal transport, visitor information, or mobile presentations.

Reception Robots for Companies, Retail, and Public Institutions

Reception robots can support companies in greeting visitors in a structured manner and providing frequently needed information automatically. In larger buildings, they can also serve as mobile guides.

This is particularly interesting for locations with high visitor traffic, such as shopping malls, corporate headquarters, hotels, showrooms, or public institutions. Interactive displays also enable the presentation of information, offers, or digital content.

The combination of autonomous movement and digital communication distinguishes such systems from classic information kiosks or stationary displays.

Which OrionStar Robot is Right for the Company?

Which OrionStar robot is the right solution depends on the specific process. For the catering and hospitality industry, the LuckiBot models are primarily considered. For reception, wayfinding, and visitor communication, GreetingBot Mini or GreetingBot Nova are more suitable. CarryBot is aimed at warehousing and intralogistics, while CleaniBot specializes in professional floor cleaning.

Before implementation, therefore, walking routes, transport volumes, building size, bottlenecks, pedestrian traffic, handover points, and desired interaction functions should be analyzed.