• 3DBioprinting, News, Technology
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Nowadays, technologies such as 3D bioprinting boost the fabrication of various tissue and organ models. One of the challenging models is tubular structures preset in various body parts. Omid Afarinan company has recently provided an innovative kit named 3DbioHollow®...

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Hydrogel structures with morphological features at microscale have various applications in tissue engineering and regenerative medicine due to their ability to induce cellular behavior in a controlled and desired manner. In a very recent study managed by Iranian researchers...

• 3DBioprinting, Activities, Technology
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• ۷۲۲
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۳D printing can be used for many industrial and biomedical purposes. Omid Afarinan company has recently produced an innovative product named Cranio® for treatment of diseases such as craniosynostosis, hemifacial microsomia (HFM), and hypertelorism in which a person is inflicted...

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Over the last decade, the development of technologies such as 3D bioprinting has engendered paradigm shift in many scientific areas including plant biology. For instance, 3D bioprinted constructs of plant cells or inspired by plants decipher information about single-cell,...

• Bioprinting Event, Technology, Workshops
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For the first time, the team of experts at OmidAfarinan Mohandesi Ayande, the first commercial group focusing on 3D Bioprinting in Iran, hold Special Training Courses and Workshops in the following context Training (Theoretical And Practical) Workshops Comprehensive Course...

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Scientists at the University of Huddersfield have pioneered the development of a new technique (named SLAM) for using 3D printing to produce soft gel medical implants customized to the needs of individual patients      

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     In a collaboration between Georgia Tech, Emory and Children’s Healthcare of Atlanta, a patient‐specific 3D bioprinted model based on modified gelatin was developed for treatment of pediatric cardiology  

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First International one-day symposium on Additive Manufacturing” will be held in Tehran at AmirKabir University of Technology on January 22, 2020. Major attractions of this event would revolve around workshop, oral presentations, competition and exhibition. 3D bioprinting competition and...

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• ۶۷۹
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Brizilian researchers have succeeded to create liver organoids using human blood cells. These mini-livers are able to perform all of the livers’ functions including production of vital proteins, storing vitamins, and bile secretion, to name a few. In this...

• 3DBioprinting, Technology
• ۰
• ۶۸۹
• ۱۳۹۸/۱۰/۰۱

The latest achievements of Omid Afarinan Mohandesi Ayandeh company in the field of 3D Bioprinting have been unveiled at the 7th IranLabExpo (Laboratory Equipment and Chemicals Exhibition) in the presence of Dr. Sattari, Vice President for Science and Technology...

• 3DBioprinting, Technology
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Recently, the manufacture of microfluidic chips has been provided by researchers of Omid Afarinan Co. using 3D printing technology. With this modern technology, researchers are able to perform many experiments at low cost  

• 3DBioprinting, Activities, Technology
• ۰
• ۴۶۵
• ۱۳۹۸/۰۹/۲۰

According to recent advances in bioprinting and to meet new needs from researchers, 3D-Bio introduced a new modular system for bioprinting a wide range of biomaterials. These printheads made 3D-Bio bioprinters one of the most flexible devices in the...

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The 4th international and 6th national Congress of Wound and Tissue Repair was held at Razi Conference Hall of Iran University of Medical Sciences from 19 to 22 November. Among the latest achievements in the field of dermatology, wound...

• 3DBioprinting, Activities, News, Recently News, Technology
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Restoration of bone defects requires creative strategies that can be applied to the hierarchical structure of bone tissue from the nanoscale to the macro. For this purpose, we have to select materials that provide porous structures, with cell compatibility,...

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Researchers in South Korea have reported, 3D printed a biomimetic blood vessel – derived from human smooth muscle and endothelial cells – bringing 3D printed vascular structures a step closer to clinical use Reference

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Researchers from the Wyss Institute and Harvard demonstrated a new biomanufacturing method, known as SWIFT, which uses stem-cell-derived OBB tissue matrices that exhibit the requisite cell density, microarchitecture, and function approaching that of native tissues.     Reference

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One of the most vital components in bio-printing is bio-ink. For this reason, the development of different inks with unique capabilities is very important. Following this, Convergent Technologies Strategic Center has been holding a competition called “The Challenge of...

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PioneerX4 V2 bioprinter, a new design and fabrication of the first version of PioneerX4 of OmidAfarinan has introduced. This bioprinter provides unique features like coaxial simultaneous bioprinting, SD card standalone printing and online update of software through USB connection....

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The Chicago-based biotech company BIOLIFE4D announced that it has successfully 3D-bioprinted a mini human heart. The tiny heart has the same structure as a full-sized heart.     Reference

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Researchers from EPFL and the University Medical Center Utrecht have developed an optical technique that takes just a few seconds to sculpt complex tissue shapes in a biocompatible hydrogel containing stem cells. The resulting tissue can then be vascularized...

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The first comprehensive 3D bioprinting lab has already been set up by Omid Afranan (3D-Bio) Company with the aim of providing a platform for researchers interested in this field. By joining the Iran High-Tech Laboratory Network (LabsNet), it’s possible...

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Researchers from Nagasaki University have made further progress in bioprinting and without the use of scaffolds. They created the esophagus-like scaffold-free structures using bio-3D printing.       Reference

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A team from Wake Forest Institute  in the United States has used 3D bioprinting technologies to produce customized, bioengineered skin substitutes. The new solution, called BioMask, is incorporated into a dressing and fits tightly and directly onto the facial wound,...

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The team of Carnegie Mellon University researchers developed an advanced version of Freeform Reversible Embedding of Suspended Hydrogels (FRESH) technology, to 3D print collagen with unprecedented complexity and construct components of the human heart spanning from small blood vessels to valves...