Sponsored • Infection Prevention

Trusted cable systems

Ever more imaging devices are characterised by very extensive movement sequences while simultaneously being compact. Both device manufacturers and suppliers must consider mounting dynamic requirements when developing their products and ensure their long-term system integrity.

Leoni AG

Furthermore, antimicrobial products are of interest not only for minimally invasive or invasive applications because of the increasingly discussed risk of nosocomial infections, but can also close unwanted gaps in the hygiene chain of medical devices. Systems supplier Leoni reports that it supports customers ‘…as early as the development phase of their medical devices with cable routing, specification, design and manufacture of complex cable systems and ready-to-install subsystems. These solutions for imaging processes decrease installation time while supporting the device properties in providing maximum patient safety, excellent image quality and long-lasting dynamic operation.’

Incorporated components conform to either national or international standards, the firm adds, with proven reliability in numerous tests. Leoni adds that the firm itself executes verification and documentation in standard and increasingly complex customised testing procedures as an add-on service for its customers.


Comprehensive testing proves reliability

Photo
To give plastic surfaces an antimicrobial effect, Leoni adds a metal oxide to the polymer during the extrusion or moulding process, which then lowers the pH level on the surface as a result of escaping acid ions. Source:
Source: Leoni AG

In addition to transferring a growing bandwidth, cables and cable systems for imaging devices nowadays must cope with an increasing range of movement. ‘Devices are becoming more mobile; horizontally, vertically and orbitally,’ Leoni points out. ‘Cable breakage and consequently required service calls are as unwanted as ever.

‘The best preparation for durable wiring is optimum routing, as well as the corresponding specification of individual components and the whole system. Involving a solution provider like Leoni in the development phase of an X-ray machine can minimise the interference on the wiring at an early stage.’ As a systems provider, the firm reports that it scrutinises the long-term manoeuvrability of its solutions in extensive tests. ‘Alongside using standard set-ups in compliance with national and international standards (such as UL), Leoni will, on customer request, simulate non-standard movement sequences with prototypes or device models designed in-house. A Leoni add-on service – basic or complex test set-ups can be established in 2-D or 3-D, and individual components can be rapidly produced by means of 3-D printing. Leoni is thereby able to document and verify the system integrity of its solutions when subjected to customised movement sequences in long-terms tests.’ Leoni’s antimicrobial cables and systems can help to enhance the hygiene of imaging procedures and patient safety. The integration of only a small quantity of a metal oxide to the sheath material significantly reduces contamination to >99.99% on the surface. Similar to the skin’s protective shield of acids, germs, bacteria, viruses and fungi are killed at a pH level of <4. ‘During normal handling (involving contact with sweat and proteins), the antimicrobial effect is retained well, throughout a range of times and concentrations,’ Leoni continues. ‘This is an important difference compared to conventional methods using silver or copper.’


Profile:

Tobias Höft is Team Leader Sales of Leoni’s Business Unit Healthcare

Telephone: +49 4491 291 124

Mobile: +49 160-90192902

E-Mail: tobias.hoeft@leoni.com

04.03.2017

Related articles

Photo

News • Tracking the spread and evolution of superbugs

Mapping the movement of people (and their pathogen travel companions)

Integrating bacterial genomic data with detailed human mobility data makes it possible to see how pathogens causing pneumonia and meningitis, move between regions and evolve over time.

Photo

News • High-resolution brain imaging

11.7 Tesla: First images from the world's most powerful MRI scanner

With a field strength of 11.7 T, the Iseult MRI machine currently is the most powerful scanner of its kind. Now, the first images of a living human brain showcase impressive resolution.

Photo

News • Equipment for clinicians

New pocket-sized device to quickly spot infected wounds

Scientists have developed a device that works with a smartphone or tablet to capture medical images which can identify infected wounds through thermal and fluorescence imaging.

Related products

Subscribe to Newsletter