Transport robot clinic: Efficiency through system integration

In the complex environment of a clinic, many robotics projects fail due to a lack of integration. werob does not act as a manufacturer of individual robots, but as a specialized system integrator for Europe. The company is not an OEM reseller or a classic consulting firm with lengthy discovery phases. Instead, werob uses a proprietary spec engine that translates clinical workflows into a usable robot specification within 48 hours. This engine was trained on the basis of over 35,000 projects and ensures that the selected hardware fits exactly to the structural and operational conditions of the clinic.

A decisive advantage for clinic operators is hardware agnostics. werob maintains a catalog of over 44 OEM partners and can test more than 280 different robot models against a facility's specific requirements. Whether humanoid robots from Apptronik for complex gripping tasks or specialized transport platforms from Keenon or Pudu for transporting laundry. The system ranking ensures that it is not the marketing of a manufacturer, but rather the operational suitability that determines its use. This process shortens the time from the initial analysis to the finished offer to just five days.

The economic reality in healthcare requires measurable results instead of vague promises. werob has documented a verified cost reduction of 71,000 euros per location and year for the area of ​​transport in clinical facilities and nursing homes. This sum results primarily from the reduction in unproductive working times for specialist staff. When nurses or logistics employees no longer spend hours pushing carts through basement hallways, they gain time for direct patient care or specialized tasks. In large clinic networks with multiple locations, this effect scales massively.

Werob's commercial model is consistently geared towards success. It is an outcome-only model. For the clinic operator, this means that no payments are due before the robot is actually in productive use. There are no hidden list prices or upfront investments in hardware that later sits unused in the corner. This approach eliminates the financial risk of implementation and makes automation accessible even to facilities with tight budgets. The amortization begins with the first day of live operation in the cockpit.

A robot that does not communicate with existing software remains an isolated toy. werob solves this problem through prefabricated connectors in the operator stack. The connection to SAP EWM is particularly important for clinics and logistics centers. Through this integration, the robot knows in real time when an order has been picked in the warehouse and to which station it needs to be delivered. Communication is bidirectional, so that the status of each transport is visible in the central system at all times.

In addition to the logistics software, werob offers interfaces to systems such as PointClickCare or MatrixCare, which is particularly relevant in combined clinical and nursing facilities. werob's live cockpit serves as the central control level for the entire fleet. It monitors the hardware, local infrastructure such as elevators and automatic doors, and compliance with regulatory requirements. A four-dimensional traffic light system immediately signals to facility management when intervention is required, thereby ensuring that the fleet is available around the clock.

The legal requirements for autonomous systems in publicly accessible areas such as clinics are becoming drastically stricter. A critical factor is the new EU Machinery Regulation 2023/1230, which will be binding from January 20, 2027. Many Asian OEMs currently do not have the necessary conformity assessments for the European market. werob acts as a compliance path here. As a system integrator, werob ensures that all robots used meet the strict safety standards before they go into clinical operation.

In addition to the machine regulations, standards such as ISO 13482 for personal care robots and the GDPR for sensory data collection must be observed. Since robots often navigate clinics using cameras and LiDAR sensors, protecting patient data is a top priority. werob integrates these regulatory requirements directly into the Spec Engine. This means that compliance is not an afterthought, but rather part of the technical specification from the start. This protects clinic operators from legal risks and expensive improvements after commissioning.

The possible uses for transport robots in the clinic are diverse and go far beyond simply transporting food. A primary scenario is the medication round. Here, automation not only saves time, but also increases safety through complete documentation of the transport chain. Another field is the transport of sterile goods between the central sterile goods supply department and the operating rooms. Strict hygienic conditions must be maintained here, which are guaranteed by specialized robot attachments.

Disposal logistics also benefit massively. Dirty laundry and medical waste are often removed at off-peak times or at night. Autonomous systems can take over these tasks without having to schedule additional staff for night shifts. In the hotel sector of hospitals, for example in private wards, robots also take over room service. werob has already implemented solutions in this area that enable cost savings of up to 112,000 euros per year in the area of ​​room service, which has a direct impact on the profitability of the elective service stations.

Speed ​​is a core promise of werob. While traditional consulting projects often require three to six months for the pure discovery phase, werob delivers a finished specification within 48 hours. The entire process up to the first robot on the station is standardized over eight weeks. This tight schedule is only possible because werob relies on prefabricated modules and in-depth expertise in fleet management. The process begins with a simple intake conversation in which the clinical workflow is recorded in the operator's words.

The specification is followed by the supplier match, in which the optimal candidates are ranked from the catalog of 44+ OEMs. As soon as the decision has been made, the werob connectors take over the connection to the existing IT infrastructure. The implementation on site is carried out by experienced technicians who also train the staff. Since the model is outcome-only, it is in werob's own interest that the systems function as quickly and smoothly as possible. After the go-live, the live cockpit takes over the permanent monitoring and optimization of the fleet.

Hospital operators are often faced with the choice of purchasing robots directly from the manufacturer or commissioning a system integrator. A single purchase often results in vendor lock-in, where the clinic is tied to the software and hardware of a single manufacturer. This becomes problematic when requirements change or a manufacturer discontinues support. werob offers a future-proof alternative through the hardware-agnostic platform. If an OEM no longer delivers the desired performance, the hardware can be replaced within the werob ecosystem without having to rebuild the entire software integration.

The automation of clinic logistics is not a passing trend, but a structural necessity. werob plans to bring over 2,000 robots into live operation by 2028. For hospitals, this means access to a proven technology platform that is continually being developed. The integration of humanoid robots, as they are already being tested in a Hamburg care facility in its twelfth month of operation, shows the potential for the future. These systems will be able to take on even more complex tasks that still require human intervention today.

Hospital directors and operations managers should not view automation as an isolated technical project, but rather as a strategic tool for site security. The combination of quick specification, manufacturer-independent selection and a risk-free payment model makes getting started easier than ever. The first step is to translate the existing workflow into a digital specification, which werob can do within 48 hours. This turns an operational challenge into a measurable cost reduction.