T9 Serving Robot

The T9 serving robot brings a smart food delivery and tray-carrying automation solution for restaurants and hotels. With a modern design and flexible mobility, the T9 enhances customer experience and optimizes labor costs.

What is the T9 serving robot?

The T9 serving robot is a specialized automation device researched and developed to support the transportation of food and beverages in service spaces. This device belongs to the mid-to-high-end restaurant service robot segment, possessing many advanced autonomous technologies to optimize rough transportation tasks.

Origin and Segment Positioning

This product line is manufactured by the world's leading intelligent robot producers and officially distributed in the Vietnamese market. The T9 is positioned in the core-value segment, achieving a perfect balance between initial investment costs, mechanical durability, and stable operation in high-intensity service environments.

Practical Applications in the F&B Industry

The device is commonly present in medium-to-large-scale restaurants, buffet restaurants, hotpot and BBQ chains, hotels, and high-end resorts. The robot's primary task is to receive orders from the kitchen area, navigate accurately to customer tables, and automatically notify customers to pick up their food conveniently.

Key Features of the T9 Delivery Robot

The T9 delivery robot features a synchronized hardware and software system, providing smooth operation in crowded service spaces. The technologies integrated into the device help minimize errors during actual service.

Navigation and Multi-Point Obstacle Avoidance Technology

The SLAM positioning system combined with LiDAR technology, ultrasonic sensors, and depth cameras helps the robot map spatial environments with extreme precision. The device can recognize both static and dynamic obstacles, such as diners moving unexpectedly, to automatically slow down or find a safe detour.

Smart Tray Design and Superior Payload Capacity

The chassis structure is made of alloy materials and high-strength plastics, consisting of multiple spacious tray tiers that allow the transportation of a large volume of food in a single trip. Each tray features a weight sensor or infrared sensor to detect when customers have taken their food plates.

Audio Interaction and Display Screen

The front panel integrates a sharp touch screen combined with an external speaker system that emits a friendly voice, guiding customers to receive their dishes in multiple languages. This creates an interesting technological highlight, attracting diners and increasing brand recognition for the business establishment.

Economic Benefits of Investing in the T9 Robot for Restaurants

Applying restaurant service robots like the T9 line brings a clear financial optimization equation for business owners right from the first months of operation. This investment helps solve the problem of labor shortages and wage fund pressure.

Cutting Personnel Operating Costs

Instead of needing a large number of servers constantly running back and forth between the kitchen and the dining hall, the restaurant only needs a few coordination staff combined with robots to perform repetitive tasks. This solution significantly saves recruitment, training costs, and long-term personnel insurance fees.

Increasing Peak Hour Service Efficiency

During peak hours or weekends, the T9 robot maintains a stable moving speed without getting tired and without table-mixing errors. Customers do not have to wait long, thereby improving satisfaction rates and increasing the table turnover rate of the restaurant.

Detailed Technical Specifications of the T9 Robot Line

The technical specifications below reflect the actual operating capabilities of the device under standard conditions in restaurants and hotels:

• Overall Dimensions: Compact design, optimized for narrow pathways starting from 80 cm and above.
• Maximum Payload: Up to 40 kg distributed evenly across the tray tiers.
• Battery Capacity: High-capacity Lithium battery, supporting continuous operation from 10 to 12 hours after a full charge.
• Charging Time: Approximately 4 to 5 hours for a full automatic charging cycle via the charging dock.
• Movement Speed: flexibly adjustable from 0.2 to 1.2 meters per second depending on spatial density.

Guidelines for Operating and Maintaining the T9 Robot Effectively

Using the correct technical procedures will help extend component lifespan and maintain stable operational performance for the robot throughout its product life cycle. This process requires strict compliance from the on-site operating team.

1. Spatial Mapping Setup: Technicians will scan the entire restaurant floor plan to create accurate positioning maps for the robot during its initial startup.
2. Periodic Sensor Inspection: Regularly use a soft cloth to wipe away dust accumulated on the LiDAR glass surface and collision sensors around the body.
3. Power Management: Ensure the robot is placed back into the correct charging dock position when the battery level drops below 20% or at the end of the working day.

Buy Genuine T9 Serving Robots at DIGICORP ROBOTICS

To own the high-quality standard T9 serving robot with transparent warranty policies, customers can contact DIGICORP ROBOTICS directly. Our experienced team of technicians will support on-site spatial surveys, consult on automation solutions suitable for your business model, and provide on-site technology handover.

Detailed product and service information:

DIGICORP ROBOTICS
Phone: (+84) 901 725 399
Email: contact@digicorp.vn
Website: https://digicorp.vn