The INCU II incubator/radiant warmer analyser enables biomedical technicians to easily test and verify the performance and safety of infant incubators, transport incubators, and radiant warmers. The INCU II is an all-in-one analyser that supports IEC standards to accurately assess the environmental parameters of infant incubators and radiant warmers. Weighing under 1.4 kg, the compact INCU II can simultaneously measure relative humidity, airflow, sound, and six independent temperature points. Its colour-coded probes make it easy to switch between the sensors for testing temperature in an incubator or the five pucks for verifying the environment of a radiant warmer. The large LCD screen of the INCU II displays real-time test results, along with pass/fail indicators. Once an incubator reaches a steady temperature, it takes just 15 minutes to conduct a sequence of tests, which can be customized and stored in the analyser. Test data can then be sent and monitored from a computer, using a USB cable or the INCU II wirelessly. In addition, the INCU II comes with a placement pad that helps technicians learn how to correctly place the temperature sensors and pucks. Along with complying with the latest global industry standards, including IEC 60601-2-19 (incubator), IEC 60601-2-20 (transport incubator), and IEC 60601-2-21 (radiant warmer), the INCU II supports China sound standards (Class II).
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The OPTIVISTA EPK-i7010 Video Processor features both digital and optical enhancements, a unique combination that provides detailed information for more accurate endoscopic in vivo diagnosis through improved vessel and mucosal pattern characterization. The introduction of OPTIVISTA offers physicians both digital (i-scan Surface and Tone Enhancements) and optical enhancement (i-scan OE), with the new optical filter producing bandwidth-limiting light. When combined with image enhancement processing technology i-scan OE clearly displays the surface structures of blood vessels, glandular ducts and mucosal membrane in higher contrasts than white light. This unique combination with the proven digital i-scan technology, in one video processor, provides an enhanced view of the mucosal structures and vascular patterns, supporting early detection, demarcation and characterization. Physicians can switch seamlessly in real time amongst HD+ white light and three i-scan modes which includes i-scan OE to view multiple aspects of tissue structure. In addition to improved diagnosis, OPTIVISTA is a powerful teaching platform. TwinMode is useful in teaching the appropriate interpretation of image enhanced endoscopy, providing simultaneous comparison of side by side endoscopic images. The simultaneous comparison of enhanced clinical images is particularly useful in demonstrating the appropriate characterization of lesions. Also included with the OPTIVISTA is the ability to perform video recording, enabling the capture of HD+ video files onto a USB storage device.  Audio recording for video is captured through an external microphone. The new, intuitive touch screen controls allow for simple and efficient operation. For optimum image collection, the OPTIVISTA incorporates freeze scan technology which automatically selects the sharpest picture for users
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Siemens Healthineers has achieved CE approval for the 7 Tesla magnetic resonance (MR) scanner Magnetom Terra, making it the first-ever ultra-high-field MR scanner to be approved for clinical use. This development is now establishing 7T imaging in the clinical routine and expanding the scope of diagnostic MRI – 15 years after 3T scanners first became established. With this new clinical field strength, it is possible to achieve a new level of detail in anatomy and function, helping further pave the way for precision medicine. Thanks to its very high spatial and spectral resolution, Magnetom Terra provides detailed insights into the human musculoskeletal system, presents a precise picture of the metabolic processes in the brain and also aids in the visualization of neurological diseases such as Alzheimer’s, epilepsy, and multiple sclerosis (MS). The advantages of ultra-high-field imaging are especially apparent in brain imaging. At 7T, lesions can be identified more clearly thanks to the higher resolution and stronger image contrast. One example of this is the examination of epilepsy patients, where the clearer distinction between white and grey matter opens up new diagnostic capabilities, which are not possible at lower field strengths. Results from 7 Tesla can also be beneficial to patients with MS by improving the visibility of lesions in the grey brain matter that can lead to cognitive impairments. Here, the combination of a better signal-to-noise ratio, stronger tissue contrast and greater spatial resolution means that 7T can reveal information that would be invisible at 3T. With Magnetom Terra’s Dual Mode functionality, users can easily switch between the clinical protocols and innovative research methods. This makes it an optimal platform for translational research, allowing the use of 7T to be expanded, such as for whole-body applications. Until now, 7T has typically been used to examine and enhance the visibility of extremely small pathologies with anatomical imaging, as well as sub-cortical brain activations utilizing functional imaging. In the near future, the exploration of metabolic changes in the patient will play an important role, and 7 Tesla could be thought of as a MRI microscope that examines the anatomy, function, and metabolism of body tissue. Furthermore, the open system architecture of Magnetom Terra is especially attractive for researchers, allowing them to utilize and build on their own developments. Manufactured at Siemens Magnet Technology in Oxford, England, the actively shielded magnet on the new ultrahigh- field MR system is the lightest 7 Tesla whole-body magnet in the world, being 50 percent lighter than previous actively shielded magnets. The low total weight of Magnetom Terra facilitates its installation in the clinical environment. It uses the same software platform as other clinical scanners from Siemens Healthineers in the 1.5T and 3T segments and is closely modeled on their established user interface. In conjunction with specially optimized applications for the 7 Tesla system, this allows easy operation of the ultra-high-field system in clinical routine, as well as the easy exchange of study protocols across other MR systems. Magnetom Terra’s current FDA approval status is 510(k) pending.
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NewLife Eco- Pro is a new line of premium, eco-friendly and ergonomic commercial antifatigue floor mats designed specifically to benefit a workforce that stands. NewLife Eco-Pro is the industry’s first integral skin polyurethane mat made with Bio-Foam, a plant-based renewable resource. According to new research, the use of NewLife Eco-Pro mats can positively impact the health of people who stand for long periods. Texas A&M University’s System Health Science Center, conducted an independent research study that evaluated the ergonomics of industrial anti-fatigue floor mats. The study concluded that NewLife Eco-Pro is superior at reducing spinal compression and maintaining flexibility in workers who spend time standing as compared to traditional anti-fatigue mats. NewLife Eco-Pro mats not only provide much needed relief to employees who stand, but their use can reduce injury and time away from work while minimizing employer’s exposure to health-related claims. NewLife Eco-Pro mats maintain their quality and appearance, and won’t become a tripping hazard, disintegrate or develop an undesirable smell, all of which are typical issues with traditional commercial anti-fatigue mats. The mats also have anti-microbial properties and will not absorb water. At three quarters of an inch thick, New Life Eco-Pro mats are puncture- and stain-resistant, and maintain resilience and optimal comfort over time. Certified by the National Floor Safety Institute (NFSI) for its high-traction bottom surface, NewLife ensures the highest level of slip resistance compared to other mats currently on the market.
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New for the hospital market, the innovative, automated lighting system FlexInLight offers greater, real time lighting quality and precision, eliminates clutter and guarantees a greater level of asepsis in the operating zone. Telstar has developed a lighting system built into laminar flow ceilings for operating theatres which automatically orientates the light source to any point as controlled by the user, within the surgical working space in a precise manner. Under the brand FlexInLight, this new system provides stability and cleanliness of the air volume provided by the laminar flow system. It also facilitates operability within the surgical process by eliminating the physical obstacles typically encountered. Comprised of motorized spot lights embedded in the laminar flow ceiling, this system replaces conventional surgical lamps to provide an open space within the working area, removing obstructions in the laminar flow ventilation process, which is one of the main drawbacks caused by the presence of traditional lamps. In this manner, the new lighting system ensures the cleanliness and asepsis within the working area, offering the maximum degree of protection against possible post-surgical infections produced by microorganisms in the air inside the operating theatres, caused or generated by exposed instruments, equipment and lamps in the air flow. In addition, this innovative and versatile lighting system assures the two basic conditions for optimum lighting quality within the visual space of the surgeons during the operation: zenith lighting and shadow-free lighting. FlexInLight is composed of a total of six motorized lighting units embedded in a laminar flow ceiling, with the capability of orientating the lighting units towards any point within their working envelope. The system, which can be fully configured to the requirements of the technical/medical team, provides a light intensity exceeding 100,000 lux, the maximum output currently provided by conventional lamps. This enables FlexInLight to address and technically surpass the specifications of available alternative technologies. Also, an advanced automated control system enables the new system to control both the vertical angle of the light, to provide appropriate lighting level to the operating zone, and orientation of the light, to suppress shadows, thus providing an optimum lighting environment. The system as a whole offers greater precision and light projection positioning for each light unit with a resolution margin of error of
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