Examinations and treatments with innovative medical technology are an important prerequisite in maintaining our health. Thanks to the latest technologies, our doctors can nowadays detect pathological changes early and with enough precision to treat and monitor the disease. In this context, medical cables perform numerous tasks, some of which are absolutely vital.
The highly sensitive devices and hygienically demanding environments place special requirements on the cable design. In addition to the ability to be used in the tightest of spaces, the main requirements are:
Special Designs for Special Requirements
We develop and manufacture numerous specialty cables for medical devices and instruments for a variety of applications, mainly in the fields of diagnostics, surgery and patient monitoring.
Especially in medical applications, different tasks usually need to be performed at the same time. For example, in patient monitoring systems, various measurement results, such as ECG, blood pressure, SpO² (oxygen content in the blood) and body temperature must be evaluated and made available at the same time. In addition to the power supply, dental equipment must also have supply lines for air and water.
To offer a space- and cost-efficient solution for every task, we manufacture application-specific medical cables as hybrid cables and as miniature cables or flat cables for particularly compact devices.
Our medical cables are used amongst applications such as:
Minimally invasive / robotic surgical techniques
High frequency surgery
CT, MRT and X-ray technology
ECG and EEG devices
Cable construction, high-performance materials, special alloys and patented manufacturing techniques ensure maximum mechanical flexibility, extreme tensile strength, application-optimized haptics, sterilizability and biocompatibility, e.g. cytotoxicity according to DIN EN ISO 10993-5 - and all this in the smallest dimensions possible.
Wide range of medical sensor cables, including micro cables for ultra-sensitive applications. These include endoscopy, high-frequency surgery, minimally invasive operating techniques, robotic keyhole surgery, miniaturized instrumentation, control, and inspection systems