Autonomous Mobile Robot AGV with SLAM Navigation - High Load Capacity (80-500kg)

• ✔ Advanced SLAM Laser Navigation without additional infrastructure
• ✔ High load capacity ranging from 80 kg to 500 kg for demanding tasks
• ✔ Omnidirectional movement for maximum maneuverability in confined spaces
• ✔ Intelligent lithium battery and automatic charging for continuous operation
• ✔ Sophisticated collision avoidance systems for safe operation
• ✔ Full task programmability and voice prompt customization
• ✔ Flexible virtual route planning and editing of environment maps

Enter the era of intelligent logistics with this cutting-edge autonomous mobile robot (AMR) designed to optimize intralogistics processes. This robot represents a revolution in material handling, where efficiency, safety and flexibility are key. Its robust design and advanced technologies make it the ideal partner for any manufacturing plant, warehouse or logistics center.

⚙️ What can this robot do?

• SLAM Laser Navigation: Uses self-developed SLAM technology based on ICP pose maps for real-time localization and map construction in dynamic environments. Eliminates the need for magnetic strips, QR codes or reflectors.
• Digital Mapping and Route Planning: Allows AGV to accurately determine its location and plan routes on a digital map. Thanks to an intelligent interaction system, it plans the shortest route and learns from the environment.
• Virtual Path Planning: The user can simply draw a trajectory for the robot to move, which then precisely follows the specified route.
• Map Editing Constraints: Provides map editing software where users can set and save restricted areas for the robot to avoid collisions.
• Collision Prevention: Equipped with various sensors, such as high-speed lasers and ultrasonic sensors, to slow down, alarm and avoid collisions with objects or people.
• Flow Chart Programming: Allows the user to easily edit task software modules and freely design robot behavior according to needs, without the need for advanced programming knowledge.
• Intelligent Voice Broadcasting: When reaching coordinated positions, the robot automatically broadcasts voice content that can be customized and edited by the user.
• Automatic Recharging: When the battery is low, the robot autonomously searches for the charging station, connects to it precisely and returns to its working position after charging is complete.

🔍 Explore every detail

This autonomous mobile robot is the embodiment of flexibility and strength. Its design allows for horizontal loads ranging from 80 to 500 kg, making it a versatile assistant for transporting a wide range of materials and components. With advanced SLAM laser navigation, with optional magnetic navigation, the robot moves with an accuracy of ±15 mm and operates seamlessly in dynamically changing environments without the need for any physical floor markings.

The unique omnidirectional movement, including rotation in place, forward, reverse, pivot and side-to-side movement, ensures unrivaled maneuverability even in the tightest spaces. With up to 9 hours of battery life on a single charge and an intelligent lithium battery that fully recharges in just 4.5 hours using the automatic contact charging station, virtually non-stop operation and maximum use of working time is ensured.

Safety is a priority. The robot is equipped with a range of sensors that detect obstacles and enable automatic avoidance, deceleration and warning. With a five-inch HD display and LED dynamic display for interaction and monitoring, operation is intuitive and transparent. This robot is not just a machine; it is an intelligent partner that adapts to your needs and constantly improves the efficiency of your operations.

😟 Are you bothered by inefficient intralogistics?

Do you face challenges such as high manual handling costs, limited production line flexibility, or the risk of errors and damage when transporting materials? Static conveyor systems are expensive, inflexible, and often require constant tracking. Traditional AGV systems with magnetic strips or QR codes require complex installation and maintenance, which hinders innovation and increases operating costs.

🚀 Get your time back and increase your productivity!

Introducing a solution that transforms your operational challenges into competitive advantages. An autonomous mobile robot with SLAM navigation eliminates the need for permanent infrastructure and brings unprecedented flexibility to your work environment. The robot navigates independently, plans routes and avoids obstacles, freeing up human resources for more complex tasks and ensuring flawless transportation. Gain full control over your material flow and optimize every process with minimal infrastructure investment.

💡 More than just features, real benefits

• Function: SLAM Laser Navigation without infrastructure -> Benefit: Instant deployment and maximum flexibility for dynamically changing environments without costly installation.
• Function: Load capacity up to 500 kg and omnidirectional movement -> Benefit: Effective handling of heavy loads even in narrow spaces, optimization of warehouse space utilization.
• Features: Intelligent lithium battery and automatic charging -> Benefit: Continuous operation with minimal downtime, maximizing productivity and reducing operating costs.
• Function: Advanced sensors and collision avoidance systems -> Benefit: Ensuring safe operation for personnel and materials, minimizing the risk of accidents and damage.
• Features: User-friendly programming and voice broadcast -> Benefit: Easy integration into existing processes, quick adaptation to tasks and clear communication with the robot.

🎯 Who is it the ideal choice for?

• **Manufacturing plants:** For automating material deliveries to lines and removal of finished products.
• **Logistics centers and warehouses:** To optimize the picking, storage and transportation of goods within the premises.
• **Research and development workplaces:** For flexible testing of new processes and handling of prototypes.

🤔 Do you have any concerns? We'll answer them!

• Concern: Will the installation be complicated and disrupt existing operations? -> Answer: Thanks to SLAM navigation, no additional infrastructure such as magnetic tapes is required. The robot learns the environment on its own, minimizing implementation time.
• Concern: What if the robot hits people or other obstacles? -> Answer: The robot is equipped with a comprehensive set of sensors, including lasers and ultrasound, to detect obstacles and automatically avoid collisions. Safety always comes first.
• Concern: Is the robot flexible enough for our changing needs? -> Answer: Absolutely! With virtual route planning and map editing software, you can easily adapt the robot's route and behavior to new requirements at any time, even without programming knowledge.

📊 Technical specifications

❓ Frequently Asked Questions

Is it possible to customize the robot to the specific needs of my business?

Yes, the robot is designed with modularity and flexibility in mind. You can fill in the configuration table with relevant parameters and the robot can be customized according to your requirements.

How did the robot navigate in a dynamic environment?

The robot uses advanced SLAM laser navigation, which allows it to determine its position and create maps in real time, even in environments with moving obstacles. It does not require any pre-installed markers.

How does the robot charge and how long does it take to charge?

The robot has an intelligent lithium battery and automatic contact charging. When the battery is low, it will automatically return to the charging station. A full charge takes approximately 4.5 hours.

How is the safety of robot operation ensured?

The robot is equipped with a range of sensors, such as high-speed lasers and ultrasonic sensors, which detect obstacles and enable automatic deceleration, alarm and collision avoidance.

How difficult is it to program a robot for new tasks?

With flowchart programming software and a graphical interface, you can easily modify the robot's behavior and plan new routes without the need for in-depth programming knowledge.

Can a robot communicate by voice?

Yes, the robot is equipped with an intelligent voice broadcast function. When it reaches certain coordinates, it automatically sends voice messages that the user can freely customize.