Claim Magazine

Claim Magazine

Claim Magazine featuring great design, architecture, fashion, graphics and innovation from across the globe.

 

Alpha

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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Organp

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.

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lower limb

This 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.

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Humid-Bh

HiFent nasal high flow, provide higher flow rate than conventional oxygen treatment by touch screen during high flow oxygen therapy and process,ideal solution for offering FiO2 that can be auto proportional valve controled,mixed gas with controlled temperature and humidity , so as to achieve better airway management and raise the level of oxygenation.

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AIS C

The 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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MESO® QuickPlex SQ 120

Instruments used in biomedical research labs are built to perform their required job; however, their aesthetics are rarely considered, resulting in an uninspiring environment. The MESO QuickPlex® SQ 120 instrument is designed to inspire. It enables rapid analysis of biological samples, while its innovative design supports easy access to internal components. A slim profile minimizes its footprint on the laboratory bench. Its design integrates visually pleasing curves and ergonomic utility.

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