Technology
Deus Robotics are engineered with the most advanced technology, offering top-notch logistics solutions. Unique algorithms for the movement of robots are used, ensuring efficiency and performance.
AGV navigation system
In the dynamic world of robotics and automation, Automated Guided Vehicles (AGVs) stand at the forefront. AGVs are autonomous mobile robots used extensively in industries to transport materials and perform tasks without human intervention. The sophistication of the AGV system lies in its navigation- the crucial aspect that determines how these vehicles find their way around.
There are various types of AGV navigation available, each offering unique features to cater to the diverse operational needs across industries. These essential types encompass a spectrum of options:
The QR Tag Navigation system is both cost-efficient and adaptable, serving as an invisible railway system for AGVs. It encodes directions and facilitates precise navigation of AGVs along pre-determined routes, resulting in enhanced overall productivity with minimal errors.
Lidar Navigation: AGV navigation reaches new heights with Lidar technology. By utilizing accurate distance measurements, Lidar (Light Detection and Ranging) elevates the capabilities of AGVs. Real-time maps are created, granting AGVs the ability to make instant decisions regarding their route and effortlessly circumvent obstacles. This exceptional feature enhances operational efficiency to deliver optimal results.
The right choice of AGV navigation has the potential to streamline operations and greatly enhance effectiveness in industrial environments. As industries progress further into the age of automation, AGV navigation systems offer innovative capabilities that can unlock unprecedented levels of productivity and precision.
The role of Lidar for Autonomous Navigation
The transition towards autonomous technology in various industry sectors has experienced significant advancements thanks to innovations like Lidar. Lidar is a crucial component specifically employed in an AGV with Lidar.
Lidar, short for Light Detection and Ranging, represents a cutting-edge sensing technology in remote sensing. By utilizing pulsed lasers to emit light and measuring the subsequent reflected light with sensors, Lidar effectively gauges variable distances and ranges from the Earth’s surface. In essence, this advanced method illuminates a target with laser beams and delivers precise three-dimensional information about the shape and surface properties of the designated area or object through data analysis.
In autonomous guided vehicles (AGVs), Lidar plays a pivotal role in facilitating their navigation. Acting as the AGV’s “eyes,” the Lidar system provides real-time, 360-degree environmental information by creating detailed maps of the work environment. It effectively detects and identifies various objects, including both stationary items like pallets and dynamic obstacles such as pedestrians
The AGV equipped with Lidar possesses a comprehensive understanding of its surroundings. This knowledge empowers it to navigate autonomously, ensuring remarkable precision. With the ability to independently calculate the most efficient route, avoid obstacles from any direction, and safely reach its destination, the AGV operates with utmost efficiency and reliability.
Lidar navigation systems are capable of operating in a range of lighting conditions, thereby enhancing the adaptability of AGVs. These systems ensure reliable navigation, whether the AGV is maneuvering through dimly lit warehouses or under bright sunlight outdoors.
In addition, Lidar’s data collection capabilities offer opportunities to optimize logistics and workflow. By continuously scanning and mapping, the Lidar system provides valuable data that can contribute to space utilization analysis and efforts in optimizing workflow within a facility.
The boundaries between advanced artificial intelligence and high-precision navigation systems are merged through the integration of Lidar in AGVs. This advancement propels the industrial sector closer to a future characterized by reliable, efficient, and safer autonomous operations. As a result, it holds great potential for revolutionizing various industries.
Navigation by QR Tags
Quick Response codes or tags are a type of barcode that contain information about the item they are attached to. When it comes to AGVs, these QR codes have the potential to revolutionize navigation strategies by providing an affordable and precise solution. This innovative approach is known as QR Code Navigation in AGV systems.
QR Code Navigation relies on a system of strategically placed QR codes on the floor along the path of the AGV. The AGV is equipped with scanners that continuously read these codes, using them as waypoints for navigation. Each code provides crucial information to the AGV, including its current position and, in some cases, the next waypoint or direction. Advanced systems can even extract details like speed and rotation from these QR codes.
One of the key advantages of this method is its relative simplicity and reliability for indoor navigation. Once the QR codes are strategically placed, they provide an affordable and low-maintenance solution that remains steadfast even when faced with environmental changes like lighting conditions or air quality. In contrast, alternative approaches such as Lidar or visual navigation can be susceptible to such fluctuations at times.
Also QR code navigation systems are convenient because of their exceptional precision. By continuously scanning and reading its position from the QR codes, the AGV maintains tight control over its navigation path, resulting in consistent performance and minimal error.
When it comes to flexibility, QR code systems offer ease in updates and modifications. By simply adjusting the placement and content of the QR codes, these systems can adapt and scale accordingly as your workspace layout changes or expands.
Types of our robots
Sort and move robots are two crucial types found within the vast array of industrial robotics. They are specifically designed to optimize workflow, enhance efficiency, and minimize manual labor.
Sorting robots have been specifically engineered to automate the sorting process based on specific criteria like size, weight, or type. By incorporating advanced AI and machine learning algorithms alongside vision systems, these robots can effectively differentiate between various products. The utilization of these robots not only expedites the sorting procedure but also minimizes human errors and boosts overall productivity. Their extensive application in industries such as e-commerce, warehousing, and postal services has revolutionized package sorting by ensuring rapid and accurate results. Consequently, they contribute significantly to enhancing supply chain efficiency and optimizing logistics operations.
Moving robots, also known as Autonomous Guided Vehicles (AGVs) or mobile robots, have a specialized function in transporting goods within facilities. With the ability to navigate autonomously using technologies like Lidar or QR code navigation, these robots ensure both the safety and efficiency of goods delivery. They are particularly valuable in sectors such as manufacturing, warehouses, and healthcare facilities where reliable and timely delivery is imperative. By automating transportation tasks, moving robots allow human workers to concentrate on more intricate responsibilities, significantly enhancing overall operational efficiency.
Sorting and moving robots play a significant role in automating key industrial processes. Their presence fosters greater productivity, safety, and efficiency improvements.
Benefits of our robots
Deus Robotics presents an array of advanced robotics products that offer numerous benefits across various industrial applications.
Efficiency experiences a substantial boost through the deployment of Deus’s robots. These robotic marvels, whether designed for tasks involving movement or sorting, execute their responsibilities with astounding swiftness and unwavering dependability. As a result, they significantly reduce process time and enhance the throughput of production lines and distribution centers. Operating ceaselessly around the clock, these tireless machines eliminate downtime while optimizing resource utilization.
Deus Robotics employs advanced technology to guarantee precision and accuracy. Their robots are equipped with sophisticated vision systems and cutting-edge navigation capabilities, thereby reducing errors and enhancing the quality of operations. By automating tasks that were traditionally prone to human error and required excessive manpower, these robots considerably elevate overall task accuracy.
The products offered by Deus Robotics provide significant labor savings. By handling repetitive and mundane tasks, these products allow human employees to dedicate their time to more valuable work, resulting in increased productivity and higher employee satisfaction.
Deus Robotics offers highly adaptable and scalable robots. These advanced machines can effortlessly accommodate changes in tasks and seamlessly integrate into existing processes, making them an ideal choice for businesses aiming to future-proof their operations.
Robots have significantly enhanced safety measures by being capable of operating in hazardous work environments, which may otherwise endanger human workers. As a result, the occurrence of workplace accidents is reduced.
Deus Robotics’s products offer a range of compelling benefits. They enhance efficiency, precision, and safety while also providing labor savings. This ensures that businesses can stay competitive and agile in an evolving industrial landscape.