Mobile Robots

AMR stands for Autonomous Mobile Robot. This type of mobile robot moves autonomously and can independently avoid obstacles without any issues.

AGV stands for Automated Guided Vehicle. These mobile robots follow predetermined routes and are guided, for example, by rails or markings such as magnetic strips, lines, and codes.

Which technology is best suited for an automation solution depends on various factors, such as spatial conditions or the intended use. Both types of mobile robots are used in material handling and intralogistics.

The price of an automation solution with a mobile robot depends on many factors. While very simple solutions can be realized in the lower five-figure range, the investment for more complex and elaborate systems is correspondingly larger. More precise predictions can be made, for example, with a Feasibility Study .

More relevant is the question of the generated benefit of the solution and the expected Return on Investment (ROI). Discuss your automation project with our Automation Experts: This way, you will receive uncomplicated and prompt feedback. We will clarify the important questions with you and develop a concept proposal tailored to your needs with a guideline price without much effort.

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We work in clearly defined phases. Each project starts with a detailed initial discussion to jointly clarify requirements and goals. If necessary, we examine technical, financial, and procedural feasibility in a Feasibility Study .

Based on the results, Robotec creates a concept with a technical description and an offer, which is refined in several iterations until you are convinced.

During implementation, a project manager will support you, ensure transparent communication, professional controlling, and involve your team early on to ensure smooth operation.

Even after project completion, we are there for you: from Maintenance and Support to extensions and Retrofit Solutions .

The possible runtime until the next charge mainly depends on the weight to be transported and the travel distance. Generally, a mobile robot can operate between 4 and 8 hours before it needs to be recharged.