Aim of the project is to create a lamp which fits medical needs: quality of artificial lighting is of prime importance for the surgeon. The light must be free of glare, have excellent shadowless factor and not create coloured-shadow effects. UNICA is characterised by simple and elegant lines which well fit in the aseptic surgery room. The sterilizable handle is equipped with a capacitive system for light adjustment, operated by the surgeon in the sterile area. A longitudinal guide on the handle helps the surgeon identify sensor allocation without losing sight of the work area.
MyLab 9 ultrasound system provides a full range of diagnostic services. A new design with improved ergonomic, simple yet effective user interface, and a clever use of volumes are the main features of this work. Usability has been improved by redesigning the keyboard zone, making it simple and immediate. Huge efforts focused on improving probes shape and ergonomics, to lower the pain in clinicians which use them keeping the same position over time; their innovative design allows different grips, reducing musculo-skeletal strain up to 70%, for better user experience and comfort during practice.
Main idea was to create a tool with intuitive interface and specific ergonomics. This customizable trolley let the user install his machinery on a strong, solid steel structure which can be moved around easily. Interface is designed around doctor's needs and environment. Interaction between doctor and equipment is evaluated in terms of comfort, safety, current protocols, and to facilitate the doctor in the aim to treat patients. The console can be customized with standard optional components according to customers requirements, but tailor made parts can be designed and produced upon request.
Biological cells in 3D printers on medicine has the very good prospects for development, and made great contributions to humanity, this kind of biological cells 3D printers have solved the problem of cell survival rate, improves the precision of cell printing, printing technology for biological cells play a good role in promoting.
Overall appearance from the concept of cell integration, the whole body is divided into three parts, which means that the 3D cells can be 3D combination, through the way of diversification in terms of print, can print out the larger creatures, promote the development of the biomedicine industry.
The design core of this model is the complete isolation of the "print" area and mechanical system.The product has a built-in HEPA filtration system and an innovation of 365 nm wavelength uv sterilization system to maintain a sterile environment.The internal design of the product enables positive pressure ventilation to prevent contamination from entering the printer.It can accurately control three temperature differences in the printing process, improve the survival rate of bio-printing, and promote the development of world biology.
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