Our automated transport systems reduce both the manual workload and the risk of secondary infections.
Healthcare Solutions
Hospitals are constantly facing new challenges. The growing number of large hospitals is accompanied by an increase in patient numbers and larger hospital buildings. At the same time, they are struggling with a shortage of skilled staff and cost pressure. Traditional transport methods such as manual transport by hospital staff, trolleys and elevators are reaching their limits here.
We offer solutions that are specifically tailored to the needs of hospitals. Our automated transport systems reduce both the manual workload and the risk of secondary infection.
By using this state-of-the-art technology, you can improve the efficiency and safety of your logistical processes in everyday clinical practice.
Our solutions at a glance
Transport logistics for hospitals and laboratories
References
Since 1964, Telelift GmbH stands for successful hospital and laboratory logistics. Our automated transport systems ensure the safe and hygienic transport of medical goods and samples.
With Telelift systems, medical goods reach their destinations reliably and precisely, which increases efficiency and improves patient care. We have installed over 2,800 systems in more than 40 countries worldwide, including many in hospitals and laboratories. Put your trust in our decades of experience and our proven solutions for logistics needs.
An excerpt from our extensive list of reference projects shows you how diverse our experience is:
FAQs
What is the difference between AGV and AMR?
The terms AGV and AMR refer to different types of automated transportation solutions in logistics and industry. Here are the differences:
AGV (Automated Guided Vehicle): AGVs are automated vehicles that travel along predetermined paths or tracks (e.g., using magnetic strips). They are generally less flexible because they are confined to these predetermined routes.
AMR (Autonomous Mobile Robot): AMRs are autonomous mobile robots capable of perceiving their environment and dynamically planning routes to avoid obstacles and reach their desired destinations. They use advanced sensors, cameras, and algorithms for navigation and localization, which gives them greater flexibility compared to AGVs.
AGV also encompasses other forms of automated transport systems that may use guidance technologies. AGVs can include AMRs. They are designed to provide comprehensive automation in material handling and are often an integral part of warehouse management systems.