Centralized Control, Maximized Efficiency: Master Control

Offers a comprehensive, centralized platform to manage your entire fleet of AMRs from a single location. Whether you're managing a small fleet or hundreds of vehicles, this powerful system provides full control over every vehicle’s operation. With real-time data feeds, you’ll always know the status of each AMR—ensuring optimal routing, efficient task allocation, and minimal downtime. Take control of your AMRs from a single, user-friendly interface that simplifies operations and improves overall workflow.

Customizable to Your Unique Needs

Every business is unique, and so are its automation needs. Master Control is highly customizable, offering tailored solutions that align with your specific operational requirements. Whether you need advanced routing algorithms, specialized task scheduling, or custom reporting formats, Master Control can be adjusted to fit the way you work, ensuring maximum efficiency and productivity. Our team works closely with you to configure the system to meet your unique challenges, ensuring your AMR fleet operates seamlessly within your specific workflow.

Unmatched Reliability & Precision

Master Control operates on a robust PLC-based architecture that guarantees operational consistency, even in the most demanding environments. The highly reliable system ensures that your AMRs perform with the precision required for optimal productivity. Whether your robots are navigating complex warehouse environments, production lines, or distribution centers, Master Control ensures flawless performance, minimizing the risk of errors, interruptions, or delays.

Scalability for Future Growth

As your business grows, so can your fleet. Master Control is designed to scale with your operations, effortlessly accommodating additional AMRs, expanding warehouse environments, or increasing demand for automation. It’s flexible and modular, meaning that adding new robots or expanding your system won’t cause disruption or require costly system overhauls. The scalability of Master Control ensures that your investment in automation is future-proof, allowing your fleet to grow alongside your needs.

Easy Integration with Existing Systems

One of the key benefits of Master Control is its ability to integrate seamlessly with your existing systems and infrastructure. Whether you have other automation tools, sensors, or enterprise management software, Master Control can be easily incorporated into your existing setup. Its open architecture and flexible communication protocols make it simple to implement and scale your AMR operations without the need for extensive changes to your current environment.

Advanced Safety Features for Complete Peace of Mind:

Safety is a top priority in every automation system, and Master Control takes it seriously. The system is equipped with advanced safety protocols that ensure the well-being of both your operators and AMRs. With emergency stop functionalities, real-time monitoring of vehicle status, collision avoidance, and system diagnostics, Master Control enhances the safety of your fleet, minimizes risks, and ensures a safer work environment. In the event of a malfunction or unsafe condition, the system automatically responds, reducing the chances of accidents.

Real-Time Monitoring and Reporting

Stay ahead of potential issues with Master Control’s real-time monitoring capabilities. It continuously tracks the location, status, and performance of each AMR, providing up-to-the-minute information that allows you to adjust operations quickly and efficiently. With customizable dashboards and reporting tools, your team can easily monitor fleet performance, track progress, and identify potential bottlenecks—ensuring a smoother, more streamlined operation every day.

Key Features of Master Control:

⠀⠀• Management of production orders from the higher-level systems (e.g. MES, WMS, WCS, MFS)

⠀⠀• Management of the orders in the control system (occupied detectors, I/O interfaces to machines, etc.) and co-ordination with the production orders

⠀⠀• Allocation of production orders into subtasks according to the structure of the automation system

⠀⠀• Management of the AMRs in terms of status, position, etc.

⠀⠀• Diagnosis of the AMRs including alarm handling, logging, etc.

⠀⠀• Interface to the production cells in the automation system, with which the AMRs preform individual manufacturing steps together.

⠀⠀• Connection to the safety functionality of the surrounding production cells (compliance with the required EHS properties)

⠀⠀• Connection to the safety functionality of the surrounding production cells (compliance with the required EHS properties)