Claim Magazine featuring great design, architecture, fashion, graphics and innovation from across the globe.
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.
Continue readingOverall 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.
Continue readingThe 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.
Continue readingThis product is a mainly aimed at children cerebral palsy, nerve damage caused by the lower limbs dyskinesia, intelligent children's lower limbs rehabilitation robot, children can also be used for other diseases caused by abnormal body control and postoperative recovery. No similar device has appeared on the market. The expansion and mobility of the seats and legs are better matched with children aged between 4 and 12 years of age.
Continue readingIn precision medicine era, the pathology diagnosis is able to define the best therapy for each patient. The increasing incidence of disease, especially cancer, has been the major driver of tissue processing quality into the diagnostics workflow. The Donatello Series 2, is an innovative design and safe instrument thanks to various technical features as the SelfCheck Technology and EVA (Emergengy eVoluted Alghotithm). The design is able to perform a proper processing, confers quality into the samples and preserves morphological and molecular information, important for diagnostic purpose.
Continue readingThe AIS-C Stand-Alone System is a first of its kind, non-screw based, zero-profile, direct-anterior stand-alone interbody system for the cervical spine designed to provide the greatest ease of use to the surgeon at every step of the procedure. The direct anterior approach allows for a smaller, mid-line incision. Quick, simple, non-impacting anchor insertion does not require any additional instrumentation, and the zero-step locking mechanism provides visual confirmation of engagement, but allows for anchor removal when desired.
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Good design deserves great recognition. Everyday, we are pleased to feature amazing designers who create original and innovative designs, amazing architecture, stylish fashion and creative graphics. Today, we are presenting you one of the World’s greatest designers. Checkout an award-winning design portfolio today and get your daily design inspiration.
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Claim Magazine features latest innovations and technology in medical product design worldwide.
S-Pedelec by MyStromer Ag
Friday, 24 MarchRestaurant by Alina Pimkina
Thursday, 23 MarchSalon and Store by Yusuke Kinoshita
Wednesday, 22 March
Claim Magazine featuring great design, architecture, fashion, graphics and innovation from across the globe.