Autonomous Mobile Robot (AMR)

  • Our Autonomous Mobile Robot (AMR) is a cutting-edge robotic solution designed to streamline material handling and transportation tasks across a wide range of industries. Equipped with intelligent navigation systems and advanced sensors, this AMR is capable of independently navigating complex environments, avoiding obstacles, and optimizing routes in real-time. From warehouses to factories and logistics centers, our AMR increases operational efficiency, reduces labor costs, and enhances productivity, making it an ideal solution for modern automation needs.

  • Autonomous Navigation: The AMR is equipped with advanced sensors, LIDAR, and cameras to navigate dynamically in environments without the need for fixed paths.
  • Real-Time Mapping: Uses simultaneous localization and mapping (SLAM) technology to map surroundings, identify obstacles, and adjust its route in real-time.
  • Payload Capacity: Available in multiple models with varying payload capacities, ranging from 50 kg to 500 kg, suitable for various applications.
  • Intelligent Fleet Management: The AMR can operate as a single unit or part of a coordinated fleet, allowing for seamless integration and communication between multiple robots.
  • Battery Efficiency: Long-lasting lithium-ion battery provides up to 12 hours of continuous operation with fast charging capabilities.
  • Safety Features: Equipped with obstacle detection and avoidance systems to ensure safe operations in human-populated environments.
  • Customizable Design: Configurable with different attachments such as bins, shelves, conveyors, or robotic arms, allowing for versatile applications across industries.
  • Multi-Environment Adaptability: Suitable for both indoor and outdoor operations, with ruggedized options for harsh industrial environments.

Introducing the RO-Waiter in our Platform

Feel the difference. Same Experience, just better

Astute Obstacle Avoidance

It can have a feature that is a dynamic real-time obstacle detection for safer and more flexible traveling.

Navigation System

The implication is that an smart dinner robot can map its surroundings and pinpoint its location utilising in the information from the environment.

Obstacle Avoidance

Our RO - Waiter that can automatically sense the Obstacle in front of it and avoid them by turning itself in another direction. This Design allows the robot to navigate in an unknown environment by avoiding collisions.

Auto Navigation & Docking

Navigating busy spaces is a breeze for HI-Robot. Its intelligent sensors and mapping capabilities allow it to autonomously maneuver through your environment while avoiding obstacles.

Powerful Control

Managing HI-Robot is at your fingertips. The Dedicated mobile app and web controller allow you to take charge for HI-Robot's movements and interactions remotely.

Auto Navigation and Docking

Navigating busy spaces is a breeze for HI-Robot. Its intelligent sensors and mapping capabilities allow it to autonomously maneuver through your environment while avoiding obstacles. When its battery needs a recharge, HI-Robot automatically docks itself,

Powerful Remote Control

Managing HI-Robot is at your fingertips. The dedicated mobile app and web controller allow you to take charge of HI-Robot's movements and interactions remotely, ensuring you're always in control no matter where you are.

Elevate Your Customer Experience

HI-Robot isn't just a robot – it's an extension of your brand's commitment to excellence. Elevate customer experience, streamline the sales process, and create lasting impressions with HI-Robot as your brand's Pre-Sales Coordinator

Auto Docking

Dunscart can charge its battery using autodocking and localization.

Mobile control

Users control and keep an eye on the status and Mobile control of a AGV in Dunscart.

Slam Navigation

It implies that an AGV equipped with SLAM Navigation can map its surroundings and determine its location using data from the environment.

Why Choose Us

Astute Obstacle Avoidance

It can have a feature that is a dynamic real-time obstacle detection for safer and more flexible traveling.

Navigation System

The implication is that an smart dinner robot can map its surroundings and pinpoint its location utilising in the information from the environment.

Obstacle Avoidance

Our RO - Waiter that can automatically sense the Obstacle in front of it and avoid them by turning itself in another direction. This Design allows the robot to navigate in an unknown environment by avoiding collisions.

AI Reports

The robot can generate the AI Reports and the are workin beyond the excellence.

Highly Flexible

Flexible is their ability to perform several different kinds of applications. Many robots can handle material, as well as weld and / or remove material.

Auto Navigation & Docking

Navigating busy spaces is a breeze for HI-Robot. Its intelligent sensors and mapping capabilities allow it to autonomously maneuver through your environment while avoiding obstacles.

Powerful Control

Managing HI-Robot is at your fingertips. The Dedicated mobile app and web controller allow you to take charge for HI-Robot's movements and interactions remotely.

Auto Navigation and Docking

Navigating busy spaces is a breeze for HI-Robot. Its intelligent sensors and mapping capabilities allow it to autonomously maneuver through your environment while avoiding obstacles. When its battery needs a recharge, HI-Robot automatically docks itself,

Powerful Remote Control

Managing HI-Robot is at your fingertips. The dedicated mobile app and web controller allow you to take charge of HI-Robot's movements and interactions remotely, ensuring you're always in control no matter where you are.

Elevate Your Customer Experience

HI-Robot isn't just a robot – it's an extension of your brand's commitment to excellence. Elevate customer experience, streamline the sales process, and create lasting impressions with HI-Robot as your brand's Pre-Sales Coordinator

Auto Docking

Dunscart can charge its battery using autodocking and localization.

Mobile control

Users control and keep an eye on the status and Mobile control of a AGV in Dunscart.

Slam Navigation

It implies that an AGV equipped with SLAM Navigation can map its surroundings and determine its location using data from the environment.

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