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T-DOC provides high patient safety and accurate instrument traceability by tracking each instrument through the production cycle using unique unit numbers.
Access data from multiple hospital IT platforms in one place with T-DOC.
T-DOC visualizes the cost of everything, from sterilization and labor to instruments and disposables, which gives you the data you need to take action and run an efficient CSSD.
Beyond Basic - with advanced hemodynamic parameters. Learn more about blood pressure, blood flow, preload, afterload, contractility, and pulmonary edema parameters.
Hemodynamic insights present valuable knowledge for physicians. In the OR, patients undergoing surgeries always benefit from close vigilance. Optimal perioperative fluid administration is the key for a successful recovery. In the ICU, the life of critically ill patient depends on the right decision for the next therapeutic step.
When a 68-year old Finnish man’s heart stopped beating, the close proximity to the only regional, non-university hospital in the Nordic region with Extracorporeal Membrane Oxygenation (ECMO) service helped to save him.
Getinge's Hospital Transformational Partnership has enabled Segeberger Kliniken to establish endoscopic vessel harvest for coronary bypass surgery. The clinic now benefits from a new unique selling point, and the patients benefit from a significantly lower complication rate.
For more than 50 years, coronary artery bypass graft (CABG) surgery has been the standard of care for revascularization of patients with coronary artery disease.
With our smart sterile supply management, T-DOC, your sterile services can ensure surgical case carts are delivered on time to the operating room.
From logistics and warehousing to interfacing with multiple hospital IT systems and CSSD automation. T-DOC is the intelligent backbone of it all in the Capital Region of Denmark.
T-DOC helps improve CSSD accuracy, efficiency and ability to deliver high-quality reprocessing at St Francis Hospital and Medical Center.
At Dorset County Hospital, T-DOC has improved instrument turnaround time and the relationship between the CSSD and surgical department.
At Klinikum Stuttgart AI technology enables better prediction of surgery times, more accurate surgical planning and an increase in correctly planned surgeries.
Improved patient flow, reduced staff stress levels, increased efficiency and profit. All this was achieved when Funabashi Orthopedics - one of the leading orthopedics hospitals in Japan – replaced manual administration with Getinge’s digital Patient Flow Management solution INSIGHT.
Personnel and environmental safety are critical for pharmaceutical companies that manufacture drugs with hazardous or potentially hazardous Active Pharmaceutical Ingredients (APIs). APIs are a normal byproduct of pharmaceutical production, research and development that can be released into the loading and service area via the component cleaning/washing process.
The single-use DPTE-BetaBag® is playing an increasingly important role in scale-up and high-speed manufacturing operations by providing an aseptic liquid transfer solution that delivers on safety and sterility. Especially in final filtration and filling operations, maintaining sterility throughout the entire process is critical.
Getinge’s DPTE® Beta containers are used, amongst other applications, for safe and leak-free transfer of highly potent active pharmaceutical ingredients (HPAPI).
At the Delft University of Technology in the Netherlands, professors and PhD students needed a new solution for evolutionary engineering – to improve the study of genetically engineered cells in the pursuit of replacing more petrochemicals with plant-based materials. This called for a robust, flexible, and automated bioreactor setup tailored to meet the specific challenges related to evolution studies.
Regardless of whether the bioreactor is being prepared for a same-use application or an entirely different one, all bioreactor components, as well as liquid media, must be made ready through an effective and reproducible process.
An automated, preprogrammed cleaning process employs best practices for cleaning the multi-use bioreactor. This allows you to validate your cleaning process and ensure that your bioreactor is ready for sterilization.
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