STILL Gmbh iGo pilot Alternatives & Competitors

Elephant Robotics myAGV is an Autonomous Navigation Smart 4-Wheel Drive Vehicle designed for industrial applications. It features advanced autonomous navigation capabilities that enable it to move around in complex environments without human intervention. The myAGV is equipped with a range of sensors, including LiDAR and cameras, that allow it to map its surroundings and avoid obstacles.

The myAGV is designed for better performance and more functions, making it ideal for use in a wide range of industrial applications. It features a robust 4-wheel drive system that provides excellent traction on various terrains, including smooth surfaces, rough terrain, and slopes. The myAGV is also equipped with a variety of sensors that allow it to detect and avoid obstacles, ensuring safe and efficient operation.

The myAGV is highly adaptable and can be used for a variety of applications, such as material handling, logistics, and transportation. It can be customized to meet specific requirements, and its modular design makes it easy to add new features or upgrade existing ones.

STILL's iGo systems offer individualized automation solutions tailored to specific warehouse requirements. These systems enable automated interaction between different trucks, allowing for driverless transport tasks within the warehouse. With years of experience, STILL understands that each warehouse situation is unique, and iGo systems provide perfectly coordinated combinations of series-produced trucks and software, customized to meet specific needs.

The iGo systems encompass a comprehensive range of automated STILL series-produced trucks, providing a complete and continuous material flow from goods receipt to outgoing deliveries. The intelligent iGo software controls the trucks, regulates traffic, monitors battery usage, and optimizes fleet utilization. This intelligent control system ensures efficient and streamlined operations throughout the warehouse.

One of the standout features of iGo systems is the effective cooperation between manually driven vehicles and semi- or fully-automated transport systems. This seamless integration allows for smooth collaboration between different types of vehicles, optimizing productivity and ensuring a cohesive workflow.

Modern navigation technologies are employed in iGo systems to enable secure and independent movement of vehicles within the warehouse. These navigation systems provide precise positioning and routing, allowing the trucks to navigate safely and efficiently. Safety is a top priority, with pedestrian protection systems and sensor technology ensuring the utmost safety and precise pallet detection.

The flexibility of iGo systems is another key advantage. The automated series-produced trucks can also be operated manually when required, providing versatility and adaptability in different warehouse scenarios. This flexibility allows for seamless transitions between manual and automated operations, ensuring continuous workflow and adaptability to changing needs.

iGo systems offer standardized and scalable solutions to meet various automation requirements. Whether it's a small-scale automation implementation or a large-scale warehouse transformation, the solutions can be tailored to the specific needs of the facility.

With iGo systems, the response times for design, quotation preparation, and project implementation are short and predictable. This ensures a streamlined and efficient process from the initial planning stages to the successful deployment of the automation solution.

The STILL iGo Neo is an autonomous low-level order picker designed to reduce employee workload and enhance picking processes in intralogistics. It addresses challenges such as high passenger traffic and long transport routes in picking areas. With increased picking performance and optimal ergonomics, the iGo Neo offers a winning combination.

The standout feature of the iGo Neo is its ability to transform series-produced trucks into autonomous assistants for operators. Using artificial intelligence, the truck stops at the optimal picking position, adapting its travel path and speed based on the task and situation. This ensures efficient and productive operations.

The iGo Neo significantly reduces instances of strenuous mounting and dismounting, resulting in up to 75% less physical effort and time consumption. Moreover, it minimizes walking distances while carrying loads, enhancing overall efficiency and reducing fatigue for operators.

Safety is a top priority with the iGo Neo. It incorporates a multi-stage safety concept to protect people, warehouse equipment, and goods. Special sensors detect both dynamic and static objects in the warehouse, ensuring a safe working environment.

Reliability is another key aspect of the iGo Neo. It utilizes a hybrid tracking system that identifies and follows the individual operator, even when using a Z-pick pattern. This tracking system ensures seamless and efficient coordination between the operator and the truck.

The iGo Neo Easy Protect variant offers an additional safety feature—an innovative collision avoidance system. In manual operation, the truck automatically reduces its speed when the operator approaches an obstacle, effectively preventing collisions. This system minimizes interruptions in operation while maintaining a high level of safety.

The Wellwit Robotics W1000SL Under Ride Lifting AGV is a highly advanced autonomous guided vehicle designed for heavy-duty material handling applications. With its impressive 1000 kg payload capacity and advanced LiDAR SLAM navigation technology, the W1000SL AGV is an ideal solution for a wide range of industries, including manufacturing, logistics, and warehousing.

The LiDAR SLAM navigation technology of the W1000SL AGV enables it to navigate autonomously in complex environments, accurately detect obstacles, and efficiently map its surroundings. This advanced technology allows the AGV to operate safely and efficiently in environments with high levels of pedestrian and vehicular traffic.

The W1000SL AGV's high payload capacity makes it ideal for heavy lifting and transport tasks, such as moving large crates, pallets, or other heavy items within a factory or warehouse. Its high-strength lift mechanism can handle heavy loads with ease, and its compact size and maneuverability make it ideal for use in tight spaces.

The W1000SL AGV is designed with multiple safety features, including a laser safety scanner that detects and avoids obstacles in its path, a collision avoidance system that can detect and respond to potential collisions, and a warning system that alerts nearby pedestrians and vehicles of its presence. These safety features ensure that the AGV can safely navigate around other vehicles or objects in its environment, making it an ideal solution for high-traffic industrial settings.

Overall, the Wellwit Robotics W1000SL Under Ride Lifting AGV is a highly capable and versatile autonomous guided vehicle that is ideal for heavy-duty material handling applications. Its advanced navigation and handling capabilities, impressive payload capacity, and safety features make it a valuable asset for streamlining operations and reducing costs in various industrial settings.

The Wellwit Robotics W500SL Under Ride Lifting AGV is a highly advanced autonomous guided vehicle designed for material handling applications in manufacturing and logistics industries. This AGV features the latest LiDAR SLAM navigation technology, which enables the vehicle to navigate and operate autonomously in complex environments. This technology uses lasers to map and create a 3D image of the AGV's surroundings, allowing it to avoid obstacles and navigate through tight spaces with ease. The LiDAR SLAM navigation system also allows for real-time localization and mapping, ensuring the AGV can quickly adapt to changes in its environment.

One of the key features of the Wellwit Robotics W500SL Under Ride Lifting AGV is its impressive 500 kg payload capacity. This makes it an ideal solution for material handling tasks that require heavy lifting and transport, such as moving large crates or pallets of goods. The AGV is equipped with a high-strength lift mechanism that can easily handle heavy loads, and its compact size and maneuverability make it ideal for use in tight spaces such as factory floors or warehouses.

In addition to its impressive payload capacity, the Wellwit Robotics W500SL Under Ride Lifting AGV also offers a high level of safety and reliability. The AGV is designed with multiple safety features, including a laser safety scanner that ensures the AGV can detect and avoid obstacles in its path. The AGV also features a robust collision avoidance system that can detect and respond to potential collisions, ensuring that the AGV can safely navigate around other vehicles or objects in its environment.

Overall, the Wellwit Robotics W500SL Under Ride Lifting AGV is an advanced and highly capable autonomous guided vehicle that is ideal for material handling applications in manufacturing and logistics industries. Its LiDAR SLAM navigation technology and 500 kg payload capacity make it a valuable asset for any business looking to improve their efficiency and productivity. With its advanced safety features and reliability, this AGV is a powerful tool for streamlining operations and reducing costs.

The Wellwit Robotics Mobile Robot Base MRB150 is a highly advanced and versatile mobile robot base that has been designed to meet the needs of a wide range of applications. One of the key features of this robot base is the Lidar SLAM navigation system that has been adopted, which allows for highly accurate and reliable navigation in complex environments. This system uses advanced laser sensors to create a 3D map of the surrounding environment, allowing the robot to navigate with precision and avoid obstacles in real-time.

In addition to the Lidar SLAM navigation system, the Wellwit Robotics Mobile Robot Base MRB150 also comes with a range of optional peripherals that can be added to enhance its functionality. These peripherals include a depth camera, a warning searchlight, and an obstacle avoidance radar, among others. Each of these peripherals is designed to enhance the robot's capabilities in different ways, allowing it to operate more effectively in specific environments or situations.

For example, the depth camera can be used to provide additional information about the environment, such as the distance and depth of obstacles or the shape and texture of surfaces. This information can be used to improve the accuracy and reliability of the robot's navigation and obstacle avoidance systems, allowing it to operate more safely and effectively in complex environments.

Similarly, the warning searchlight can be used to alert other people or machines in the area to the presence of the robot, helping to avoid collisions and other safety hazards. The obstacle avoidance radar, on the other hand, can be used to detect and avoid obstacles that may be too small or too difficult to detect using other sensors.

Overall, the Wellwit Robotics Mobile Robot Base MRB150 is a highly advanced and versatile mobile robot base that is designed to meet the needs of a wide range of applications. With its Lidar SLAM navigation system and range of optional peripherals, it offers highly accurate and reliable navigation and obstacle avoidance capabilities, making it an ideal choice for use in complex environments.