Innovative and remarkable
with the unique features

Future Service Robots

Future Service Robots

With its advanced technology, it maximizes guest satisfaction in restaurants and shopping malls.

Smart Service Solutions

Smart Service Solutions

The system automatically moves along designated routes, safely serving food and beverages.

Efficiency and Safety

Efficiency and Safety

The system accelerates your business processes with its high carrying capacity and precise navigation systems.

Service with Advanced Technology

Advanced Service

Robots equipped with Lidar and depth cameras provide safe and efficient service in restaurants and shopping malls.

Technical Specifications

Product Dimensions 510mm x 510mm x 1280mm
Product Weight 50 kg
Sensors Depth Camera, Encoder, IMU
Load Capacity 7 kg per shelf
Travel Speed 0.5-1.0 m/s
Maximum Climb 0.5
Battery Capacity 36A
Compartment Area 4 Shelves
Charging Mode 8-12 Hours
Durability Standby current: 500 mA
Charging Time 1-2 hours
Over 3000 businesses have entered a new era with Simpra.

Now it's your turn!

"Guest satisfaction is always our top priority. We strive to respond quickly to their requests at all times. We also work with Simpra, which, like us, can take rapid action in terms of automation."

Hakan Yeşilyurt


"With the QR menu, we eliminate paper waste entirely. The ability of Simpra QR Menu and Simpra POS to work together allows us to update changes simultaneously across all systems, which is one of the greatest conveniences it provides us."

Selçuk Şentepe

Symphony Lounge

"After switching to Simpra QR Menu, we no longer need to change QR codes when making price changes, product updates, or adding new items. As a result, we have achieved significant profitability for our business."

Alper Korkmaz

Kaen Sushi

22 countries, 4500+ terminals, 115+ million transactions.
The Simpra ecosystem is the gateway to the future for more than 3000 businesses.

Simpra's Flawless Service: Efficiency in Time and Labor!

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Simpra Service Robot:
Beyond Your Imagination

Food and Beverage Service
Food and Beverage Service

The system securely transports food and drinks from the kitchen to the tables. Each shelf can carry up to 7 kg.

Food and Beverage Service

  1. Multi-robot communication allows for coordinated service
  2. The tray has a high weight capacity and can be adjusted in height
  3. Autonomous food and beverage handling capability

Collects Empty Plates
Collects Empty Plates

In restaurants, it collects empty plates placed on the shelves by waitstaff, and in shopping malls, by customers, keeping tables clean and raising hygiene standards.

Collects Empty Plates

  1. Dynamic navigation with LIDAR and mapping algorithms
  2. Sensors enable automatic weight detection on the tray
  3. Collects empty dishes and returns them to the kitchen

Dynamic Routes
Dynamic Routes

It detects obstacles around it with Lidar and depth cameras, creates a map of the space, and determines its routes according to this map.

Dynamic Routes

  1. Autonomous navigation and obstacle avoidance
  2. Multi-robots have the ability to work in the same area
  3. Real-time mapping and route optimization

Guest Interaction
Guest Interaction

It informs guests about the menu, promotions, and events, and it can answer guests' questions using its touch screen and voice commands.

Guest Interaction

  1. Multi-language support and voice commands
  2. Utilize the screen and voice to engage in personalized interactions
  3. Recognizing customer requests allows for an instant response

Time Saving
Time Saving

Quickly and safely deliver food and beverages to waitstaff or tables. It leaves you more time for other operational processes in the restaurant.

Time Saving

  1. Provide fast and efficient service to the human labor force
  2. Automating repetitive tasks can help reduce staff workload
  3. Work continuously to ensure operational continuity

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Frequently Asked Questions

A restaurant service robot automates the transport of food and beverages to guests' tables, performing repetitive tasks quickly and efficiently.

Robots can be categorized according to their area of use and mobility. The main types of robots include autonomous mobile robots (AMR), automated guided vehicles (AGV), humanoid robots, industrial robots, collaborative robots (cobots), and hybrid robots.

Indeed, the integration of restaurant service robots with existing restaurant automation systems can streamline and enhance the efficiency of delivering orders from the kitchen to the guests.

Restaurant service robots carry food and beverages from the kitchen to designated tables, deliver them to customers, and then return to the kitchen. Touch-screen or voice commands typically manage this process.

Restaurant service robots use advanced sensors, such as Lidar sensors and depth cameras, to detect obstacles around them and determine a safe route. Additionally, they map the area and move along designated routes with mapping and navigation software.

Service robots can transport multiple orders simultaneously due to their load capacity of approximately 7 kg per shelf. In terms of energy efficiency, service robots can operate for about 8–10 hours before needing a full charge, making them ideal for long-term use. It usually takes 4-6 hours to fully charge a completely drained battery, making the robots ready for service again in a short time.

Restaurants, hotels, hospitals, shopping malls, and homes can all use service robots. They are particularly effective at automating repetitive, dangerous, or tiring tasks.

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