What is ORI Robotic Furniture?

Categories: Hospitality Furniture
  • Sara Hospitality

After hearing the name of ORI robotic furniture, the next question comes to mind is it the future of the hotel industry? People heard that the footprint of hotels is getting smaller, especially in highly populated urban areas. But what if the hospitality furniture lies in ORI robotic furniture? 

So, in this blog, we discover what is exactly ORI robotic furniture means and how it functions. 

What is ORI Robotic Furniture Means?

Robotic furniture refers to furniture that incorporates robotics and automation technologies to enhance functionality and adaptability. These innovative pieces of furniture are designed to transform and reconfigure themselves to optimize space utilization and meet different user needs. Typically, robotic furniture includes features like motorized mechanisms, sensors, and controls that allow the furniture to change its shape, configuration, or position. 

For example, a robotic bed could fold against a wall to create additional floor space during the day and unfold into a comfortable bed at night. Similarly, a robotic table might expand or contract to accommodate varying numbers of users or adjust its height to suit different tasks.

Robotic furniture is often developed to address space constraints in urban environments or maximize the functionality of compact living spaces, such as studio apartments or micro-homes. By utilizing automation and robotics, these custom hotel furniture pieces offer flexibility, convenience, and efficiency in utilizing available space.

Types of ORI Robotic Furniture

 

ORI offers several types of robotic furniture designed to optimize space utilization and transform living spaces. Here are some examples:

1. ORI Pocket Closet

This robotic system transforms a compact space into a multifunctional closet. With the touch of a button, the closet can slide out to reveal hanging rods, shelving units, and storage compartments. It maximizes storage capacity in small apartments or rooms.

2. ORI Cloud Bed 

The Cloud Bed combines a bed and a spacious storage unit. During the day, the bed can be raised to the ceiling, creating extra floor space. It can be lowered at night, allowing you to sleep comfortably. The storage unit beneath the bed offers compartments for organizing your belongings.

3. ORI Studio Suite

The Studio Suite is designed to convert a studio apartment into a versatile living space. It combines a bed, a couch, a workspace, and storage units into a single modular unit. The furniture can be reconfigured using a smartphone app, adapting to daily needs.

4. ORI Pocket Office

This robotic furniture solution creates a compact office space within a room. The unit includes a desk, shelving, and storage compartments. When not in use, the office can be folded against the wall, freeing up the space for other activities.

5. ORI Pocket Kitchen

The Pocket Kitchen is a robotic system that conceals a fully functional kitchen within a compact unit. It includes a sink, stove, refrigerator, and storage space. Depending on the needs and available space, the unit can be expanded or folded away.

How Does ORI System Will Function?

The one thing that distinguishes ORI robotic furniture from conventional method to modular furniture is the technology operating system. The units run on the track and need only electricity from a conventional outlet. For moving of unit, you can select the ORI square, voice commands, and ORI app, easily available from Google Home and Amazon Alexa devices.    

In the fast-changing world, one constant thing is the need to work with a hotel furniture manufacturer who can bring designs to life. 

Conclusion

In a nutshell, ORI robotic furniture aims to address the growing requirement for adaptable and multifunctional living spaces in an urban atmosphere. With the assistance of robotics and intelligent control systems, these units will quickly expand, glide and collapse according to customers' changing needs. 

Leave a Reply

Your Email address will not be published. Required fields are marked *