Cable assembly in sanitary technology: optimisation for efficiency and reliability
Medical technology is a growth industry that offers great potential worldwide. This development is due to demographic changes and the increasing demands of the world’s population for optimal medical care. One hundred per cent reliability is essential, especially for life-sustaining systems. Therefore, the highest demands are placed on the reliability of cable assemblies and input systems. Medical technology is a multifaceted field that deals with the development and application of technical solutions in medicine.
The safety and effectiveness of medical devices is a top priority, which is why strict quality standards and legal regulations must be adhered to. Medical technology also offers broad innovation potential, which is driven by digitalisation and the development of new materials and technologies. Sustainability and environmental aspects are also becoming increasingly important, with energy-efficient components, environmentally friendly materials and recycling concepts being used in cabling.
Requirements for connection technologies
Cable assemblies are an essential part of medical technology and enable the transmission of data and energy between different components, ensuring a smooth flow of medical care. They ensure that medical devices function perfectly and can exchange the necessary information.
Cable assembly here usually involves the production of customised cable harnesses that are specially developed for use in medical devices. Only high-quality materials and special connection techniques are used in production to ensure a reliable and secure connection. Naturally, high quality standards are maintained to ensure that the cable connections meet the requirements of medical technology. High-quality cable connections are of crucial importance for the safety and reliability of medical devices.
Customized HMI and its function
Human Machine Interfaces (HMI) are also an important component in medical technology and enable users to interact with medical devices. They are used to enter commands, control functions and record data. The functions of input systems can vary depending on the medical device. They range from setting parameters and selecting options to recording patient data and performing medical tests.
Areas of application within medical technology
Typical devices and applications in medical technology with cable accessories include treatment facilities, supply facilities, tomographs, incubators, anaesthesia equipment, rebreathing systems, operating theatre systems, laboratory equipment, dosing equipment, mixing systems, cleaning systems, monitoring systems, display systems, etc. There are also many other areas of application such as laboratory diagnostics, monitoring of vital parameters and telemedicine, in which medical data is transmitted and analysed via the Internet.
Quality saves lives
Quality assurance plays a crucial role in the production of cable assemblies, modules and input systems for medical technology. It includes all measures taken to ensure that the medical devices meet the required quality standards and can be used safely. Quality assurance begins in the development phase by defining and documenting the requirements for the product.
Digitalisation in medical technology
Digitalisation is playing an increasingly important role in medical technology, enabling improved data collection, networking and the use of artificial intelligence. Through the use of IoT connections and other measuring devices, various vital parameters such as heart rate, blood pressure and oxygen saturation can be continuously monitored. This data can be recorded, stored and analysed in real time to support medical decisions. In addition, digital technologies such as artificial intelligence and machine learning can be used in medical technology to support the diagnosis of diseases, the planning of treatments and the customisation of therapies.
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Kabelová konfekce je nezbytnou součástí zdravotnické techniky a umožňuje přenos dat a energie mezi různými komponenty, čímž zajišťuje hladký průběh lékařské péče. Zabezpečuje dokonalou funkčnost zdravotnických přístrojů a umožňuje výměnu požadovaných informací.