Currently, microsystem technology solutions for mobile diagnosis, monitoring, and therapy systems are particularly trendy, with the field of optical processes particularly being developed on a dynamic level. For example, microcomponents for minimally invasive diagnostics must be mentioned or also optical components for use with laboratory equipment. Sample examinations that had to be performed by pathologists under a microscope with a great deal of effort can now simply be done at the press of a button using a device – in just minutes based on the latest findings with regard to the light behavior of malignant and benign tissue when exposed to a laser pulse.

More compact, more efficient, and easier to operate – this applies to many medical technology devices. However, with reference to mobile diagnostic systems (“point of care testing”), usefulness in the field of healthcare can be easily explained. Experts expect that the lack of doctors will particularly increase in rural areas at a great rate. By the year 2021, a decline of 42% in the number of general practitioners is expected. Therefore, the distance to the nearest medical practice will continually increase for patients. There are enormous advantages in modern diagnostic processes that make results already available after a few minutes rather than in several days. The time of uncertainty for patients is not only reduced but they save another (long) trip to their doctor. The same applies to the situation in emerging countries, where the distance to the next doctor or laboratory is frequently very far.


Suppliers are not only coming up with clever ideas regarding compact laboratory applications for immediate analysis at the location of treatment. They are also driving technological development and offering innovative solutions with regard to the booming area of so-called "wearables", diagnostic tools that are used in close contact with the body. Optical micro-sensors are an example of this. There are the first in-ear sensors, which can measure vital signs such as your pulse or even the blood's oxygen content in a non-invasive manner and transfer this information to a recording instrument. The sensors are designed to fit into earpieces (“ear moulds”) and should therefore be just as comfortable as in-ear headphones.

The product range at the COMPAMED trade fair (in halls 8a and 8b) includes the following key categories: Components for medical technology (such as electronics, components, hoses, filters, pumps, and valves), materials/ substances, micro- and nanotechnology, made-to-order manufacturing, electronic manufacturing services (EMS), complex manufacturing and equipment partnerships (e.g. OEM – Original Equipment Manufacturers) as well as packaging and services.

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