AGILOX
Intelligent Autonomous Mobile Robots (AMR) offer full flexibility with SWARM technology and omnimobility for dynamic production and logistics environments. Implemented or adjusted within hours, these robots meet the latest safety standardsfor mixed operation with people and equipment.
Intelligent Software
The complete software provides the tools and insights needed to maximize AMR performance, streamline operations and drive continuous improvement.
REST API
Et REST API er en måde for forskellige programmer at snakke sammen på. Det fungerer som et fælles spog, så systemer kan udveksle information hurtigt og sikkert. Et slags “mellemled”, der oversætter og sender beskeder mellem to systemer.
- Systems can be connected
- Data is shared automatically
- Information follows fixed rules
- Integration becomes simple and efficient
- Ensures faster and more efficient operations
Human Machine Interface (HMI)
A user-friendly HMI that provides full control, real-time overview and the ability to adjust the robots from any device. Integration with WMS, ERP, PMS and MES is done via REST API and OPC I/O, where orders are automatically converted into transportation tasks.
- Real-time status on all devices
- Direct customization of workflows
- Heatmaps
- Error notification via email or SMS
- Built-in documentation always available
Analytics
Analytics provides insights into all aspects of the robot fleet to optimize operations and make data-driven decisions. The system is secure, accessible and easy to use wherever you are.
- Data can be accessed directly via the browser
- Real-time insights improve efficiency
- Data is stored secure with enc encryption
- The analysis is built on billions of data points
- The system can be used from any device
Communication & Task distribution
X-SWARM Technology
Experience seamless control and monitoring of your AMR with the advanced software platform designed for efficiency, reliability and ease of use.
Full control at your fingertips
With the groundbreaking X-SWARM technology, logistics automation reaches new heights. Robots communicate directly, share data in real-time and optimize routes and task distribution without a central control system, significantly improving material flow.
X-SWARM provides millimeter-precise navigation, autonomous obstacle avoidance, accurate pallet recognition and easy integration with warehouse management and building technology.
The result is smarter automation, increased efficiency and better scalability in logistics and production.
Real-time monitoring
Track the status, position and performance of robots in real-time.
AI-powered navigation
Algorithms for autonomous route planning and obstacle avoidance.
Performance analysis
Insights into operational efficiency and opportunities for optimization.
Easy configuration
Intuitive interface for setting up routes, stations and tasks.
VDA5050 Compatible
VDA5050 is an open standard for communication between autonomous robots and control systems. The standard ensures that robots from different manufacturers can be seamlessly integrated with central control systems.
All our AGVs and AMRs are fully compatible with the VDA5050.
Flexibility
Seamlessly integrate robots from different manufacturers.
Scalability
Expand your automation without extra customization.
Effectiveness
Standard communication ensures stable operation.
Future-proofed
Supports modern automation systems.
Frequently Asked Questions
Our FAQ section provides answers to common questions about our products, services, and solutions, helping to clarify general inquiries quickly and conveniently. If the answer to a specific question is not available here, please do not hesitate to reach out.
What is the difference between AMR and AGV?
The basics
AMR stands for Autonomous Mobile Robot, while AGV stands for Automated Guided Vehicle. Both deliver automation benefits but have unique advantages.
Navigation capabilities
AGVs follow fixed paths using sensors, magnetic strips, or wires embedded in the facility floor, making them ideal for predictable routes. However, this limits their flexibility if the layout changes.
In contrast, AMRs use advanced sensors, cameras, and onboard computing to navigate complex environments. For variable routes, like in warehouses or distribution centers, AMRs offer unmatched adaptability.
Application scalability
AGVs are often used for high-volume tasks, such as moving pallets in manufacturing. Once the infrastructure is in place, AGVs can work tirelessly, making them suitable for stable operations.
AMRs are better for rapidly scaling environments where layout or task demand shifts based on seasonal peaks or obstacles. Their navigation flexibility allows deployment in different zones, making AMRs ideal for production, e-commerce, or fast-moving warehouses.
Safety and responsiveness
AGVs have reliable sensors that stop for obstacles but need human intervention for removal of obstacles, because they can’t navigate outside the fixed paths.
AMRs respond in real-time to changes in high-traffic areas, making them well-suited for environments with frequent human interaction, offering safety without compromising efficiency.
Cost considerations
The initial pricing for AGVs and AMRs is often similar, but AMRs can be more cost-effective due to lower overall costs.
AGVs typically have less expensive vehicles, but their software constitutes a larger portion of the total cost, and implementation can take longer, increasing overall expenses. In contrast, while AMRs may have higher-priced vehicles, their software and implementation costs are lower, often making them a more economical choice for automation projects.
What are the requirements for internal environments?
Our automation solutions are designed to meet the varied needs of production and logistics companies across diverse industries. However, environmental requirements vary depending on the specific AGV or AMR model selected.
- AGILOX is optimal for smoother, even flooring and provides high flexibility in facilities where layouts change frequently. Like WEWO, Agilox also requires Wi-Fi, a reliable power supply, and connection to the fire alarm system. It is also crucial that the environment is not damp, as the Agilox AMRs are not designed for such environments.
- WEWO is engineered for robust environments with its larger wheels, enabling it to operate smoothly on uneven floors. Key requirements for WEWO include a stable Wi-Fi connection, power supply, and connection to the fire alarm system. It is important to note that the WEWO AGV should not be used in damp conditions unless it is the Stainless Steel AGV models, which is specifically designed for such environments.
What training is provided for machine setup and operation?
Training and setup procedures vary depending on the machine model
- AGILOX a one-day administrator course is provided to cover setup and operation for various levels of operators. This training provides key personnel with the skills needed to manage the Agilox system independently and make necessary adjustments as needed.
- For WEWO, setup and any subsequent adjustments are typically handled directly by our team, as WEWO’s configuration is more complex. In certain cases, it is possible to train personnel from the purchasing company to manage specific functions, but this is arranged by agreement and may require additional sessions.
The goal is to ensure that the systems work optimally and adapt to the needs of the business.
How is ROI calculated, and what is the typical payback period?
A ROI (Return of Investment) calculation generally includes initial investment costs, maintenance expenses, operational savings, and efficiency gains over time.
For facilities operating on single-shifts, the solutions typically pay for itself within approximately 2 years, while for two- or three-shifts operations, the payback period is approximately 1 year. This calculation is performed by the customer, as it depends on specific operational parameters and expected benefits unique to their facility.
ROI = (Net profit/Investment Cost) x 100
What are the financing options?
For financing, there are flexible options available. Customers can choose to make an upfront payment or opt for a leasing agreement. We collaborate with Leasing providers to offer tailored leasing plans, providing a convenient alternative to immediate full payment. This flexibility allows each company to select the solution that best fits into the financial strategy and operational needs.
How long will the delivery take?
Delivery times are carefully planned to align with the customer’s specific project timeline. By setting up a clear and open communication process from the beginning, we ensure that the agreed delivery date is realistic and achievable based on your operational schedule.
What type of batteries are used in the machines?
- AGILOX uses a high-power lithium iron phosphate (LiFePO4) battery pack, which is based on lithium-ion cells. In the event of fire, these batteries can be extinguished using a powder extinguisher, providing an added layer of safety for operations.
- WEWO is equipped with lithium ion batteries that require special precautions to ensure safe operations. These measures are implemented to enhance safety and ensure the reliability of the system in various environments.
What is the energy consumption of our solutions?
Our AGILOX AMR and WEWO AGV solutions are designed with energy efficiency in mind. They consume less than half the energy required by traditional stacker forklifts. This significantly reduction in energy usage not only lowers operational costs but also contributes to a more sustainable and environmentally friendly operation.
By choosing our automated solutions, you can improve efficiency while minimizing your carbon footprint, making them an excellent choice for businesses looking to enhance their sustainability initiatives.
What actions to take if the machine experiences a halt?
If the unthinkable should occur and the machine comes to a stop, there are specific procedures to follow depending on whether you are using Agilox or WEWO.
- ForAGILOXtheICOS-S1 lifting equipment. can be used to reposition the machine. Additionally, switching to manual mode allows the machine to be controlled from a tablet or mobile device, enabling straightforward maneuverability even when automatic functions are inactive.
- ForWEWO, the machine is equipped with a removable controller, allowing it to be manually operated if needed. A forklift can also be used to move the machine as required.
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