Articles

Healthcare systems face increasing pressure to reduce their environmental footprint. Meeting regulatory demands and satisfying stakeholder expectations are just a few of the driving forces. Product Environmental Profiles (PEP) are becoming a powerful tool, providing transparent, reliable data on a product’s environmental performance. Based on comprehensive life cycle assessments, PEPs help hospitals make informed, sustainable purchasing decisions that support both environmental responsibility and financial performance.

ECMO involves high-tech medicine – but not less nursing care. On the contrary, it is precisely the combination of advanced technology and individualized patient care that highlights how essential nursing competencies are. Tobias Wittler and Tobias Ochmann from Germany’s ECMO Network explain the professional, technical, and social skills nurses need to provide optimal care for ECMO patients – with a clear-eyed view of realities, challenges, and possible solutions.

ECMO (extracorporeal membrane oxygenation) is a critical intervention that can save lives when conventional treatments fail. But it also presents extraordinary challenges for healthcare professionals, particularly nurses. In Germany, a grassroots initiative led by critical care nurses has established a national peer network dedicated to strengthening ECMO nursing competence through direct communication, experience sharing, and collaborative standard development.

In pharmaceutical production, maintaining equipment uptime is essential for operational efficiency and process safety. Particularly in cleanroom environments, unplanned downtime can disrupt workflows, increase overhead costs, and in some cases contribute to delays in drug availability.

On average, more than five percent of patients in the EU develop what is known as a healthcare associated infection (HAI). These infections, which occur in addition to the illness that brought the patient into care in the first place, are meant to be reduced as much as possible through preventive measures. Swiss hospital Spital Limmattal has completely redesigned its in-house sterile processing department (CSSD). Today, the optimized sterilization unit meets the highest quality standards and is also certified to reprocess medical devices for third parties.

Operating rooms run on precision and timing. Every procedure follows a tightly scheduled plan, and even minor disruptions can have a domino effect – delaying other surgeries, straining resources, and increasing pressure on already busy staff.

Medical technicians manage a broad range of medical equipment, often under considerable time and performance pressure. Ensuring reliable device functionality, minimizing downtime, and addressing malfunctions quickly are key responsibilities – each directly linked to patient safety. In addition to clinical demands, economic aspects such as unexpected repair costs and procurement processes must be factored into daily operations.

Investing in high-quality medical or life science equipment is only the first step. The real challenge lies in keeping those devices operational, compliant, and cost-efficient over their full life cycle. For many hospitals and labs, service contracts are becoming a key tool in achieving this balance.

Whether you are planning a new operating theater or building an entire hospital, including software equipment, you can rely on our many years of expertise in medical technology and hospital IT. We also offer a range of additional services, such as financing advice and staff training.

Volatile anesthetics are potent greenhouse gases. Their targeted reduction is not only economically sensible, but also an important step toward environmental sustainability. We asked Prof. Dr. Jan Hendrickx, an expert in the kinetics of inhaled anesthetics and carrier gases, to share his recommendations on how hospitals can minimize the environmental impact of anesthesia gases.

From environmental protection and economic benefits to patient safety, low-flow anesthesia offers a plethora of benefits. But navigating its complexities has often posed challenges. Dr. Jan Hendrickx is an expert in the kinetics of inhaled agents and carrier gases. He shines a light on how automated systems are reshaping this practice, allowing clinicians to capitalize on its advantages and simultaneously navigate its complexities with ease.