Iran Nanotechnology Innovation Council gives NanoScale certification to high-tech products that employ nanotechnology for improvement of the product specifications. OmidAfarinan company succeed to receive NanoScale certification for Osteoink, as the first bioink to receive this certification, after extensive evaluations. The R&D team at OmidAfarinan recruits nanotechnology methods in order to improve osteoconductive properties of Osteoink in bone regeneration.

Iran Nanotechnology Innovation Council gives NanoScale certification to high-tech products that employ nanotechnology for improvement of the product specifications. OmidAfarinan company succeed to receive NanoScale certification for Osteoink, as the first bioink to receive this certification, after extensive evaluations. The R&D team at OmidAfarinan recruits nanotechnology methods in order to improve osteoconductive properties of Osteoink in bone regeneration.

Accelerate your research in our 3D bioprinting lab. We employ top-level bioprinting technology, 3D bioprinters, and bioinks powered by OmidAfarinan so that it is capable of providing a one-step customized bioprinting service. The pictures show structures printed from our exclusive bioink, Osteoink, for bone regeneration research.

Accelerate your research in our 3D bioprinting lab. We employ top-level bioprinting technology, 3D bioprinters, and bioinks powered by OmidAfarinan so that it is capable of providing a one-step customized bioprinting service. The pictures show structures printed from our exclusive bioink, Osteoink, for bone regeneration research.

AllGbone©, the new product of Omidafarinan Co. is a bioink based on extracellular matrix (ECM) of natural bone tissue, which is designed and developed for bone tissue engineering applications. The superiority of this product over the others is its excellent biocompatibility, good printability and presence of biomolecules found in natural bone such as growth factors and proteins which are necessary for bone repair.

Our new bioink made of natural bone ECM, is a revolutionary allograft product in bone tissue bioprinting. This bioink can be used soon in bioprinting bone scaffolds for repairing bone fractures and filling cavities caused by surgeries or bone defects.

At each step of bioprinting, from designing, 3D modeling and bioink development to bioprinting and post-printing procedures, we are always with you. Providing cutting edge innovations and technologies to our customers is our honor. Photo crosslinking module at 500nm wave length delivered to Sharif University of Technology, one of our first customers at 2018!

Never stop working!! When you stop working, you stop growing! Despite the Covid19 outbreak, OmidAfarinan team is working hard at the 3D BioPrinting Lab to ensure that research and academic projects are not delayed due to the closure of some academic centers. Don't hesitate to register your bioprinting service on our website.

3DBio Apatite bioink, based on HA nanoparticles, is a new member of OmidAfarinan's bioink family, developed for 3D bioprinting of bone tissue. The high performance of this bioink, the formation of calcium phosphate crystals on it in the simulated conditions of the body in a short time, the appropriate degradation rate for bone tissue and high bioactivity are the unique features of this bio-ink.

3DBio Apatite bioink, based on HA nanoparticles, is a new member of OmidAfarinan's bioink family, developed for 3D bioprinting of bone tissue. The high performance of this bioink, the formation of calcium phosphate crystals on it in the simulated conditions of the body in a short time, the appropriate degradation rate for bone tissue and high bioactivity are the unique features of this bio-ink.

Bioink development is an application area in which our innovative technologies meeting research demands for more robustness and accessibility in bioprinting procedures. We are happy to see that our bioinks have found their way into academic researches. These bioinks, from lots of bioinks available on our website, have been delivered to our customers today.

We are delighted to announce that our new BioFabX4 V3 bioprinter that will unveil at IranLabExpo99 is operational in our comprehensive bioprinting lab. This porous scaffold was bio-printed using 3DBio PCL bioink.

OmidAfarinan Company as the first and only knowledge-based company in the field of bioink manufacturing verified by Vice Presidency for Science and Technology. A wide range of bioinks with optimized formulation prepared by our R&D team to facilitate academic research. The list of our current bioinks is available at the following link. Also, four new bioinks will unveil in a few weeks.

Cell-laden bioprinting has been expanding new horizons in bioengineering especially tissue engineering. These soft tissue patches bioprinted by theCell-laden bioprinting has been expanding new horizons in bioengineering especially tissue engineering. These soft tissue patches bioprinted by the OmidAfarinan team are ready for in-vitro assessments including MTT and biodegradation tests. Our research team will soon publish the results! OmidAfarinan team are ready for in-vitro assessments including MTT and biodegradation tests. Our research team will soon publish the results!

This scaffold have been used for mechanical tests to meet properties of human bone tissue.

Another exciting day in our lab by bioprinting of Polyvinyl Alcohol (PVA)! Due to its excellent chemical properties like and stability, biocompatibility, and pH-responsiveness, PVA has attracted much attention in the biomedical field especially in areas of wound healing, targeted drug delivery, and tissue engineering.

What you need for your cutting-edge research and cell bioprinting is ready at OmidAfarinan lab. We offer all the chain of bioprinting from different cell lines, a wide range of hydrogels and biomaterials for bioprinting, various bioprinting methods and several tests for evaluation of the scaffolds and cell-printed tissues with a special discount for researchers and university professors (thanks to OmidAfarinan modular system). Don't hesitate to contact us!

Polycaprolactone (PCL) is a biocompatible biodegradable thermoplastic with great interest in 3D Bioprinting. Superior printability and mechanical properties are of its noted advantages. Recently, a flexible PCL-based scaffold has been 3D printed in OmidAfarinan company.

It is now possible to 3D print structures consisted of four different biomaterials that are required for mimicking most tissues with complex architectures. This heart-shape structure was printed using OmidAfarinan four-nozzle 3D Bioprinter named BioFabX4

Osteo-plug 3D bioprinted by BioFabX2 OmidAfrinan which can be used as a biodegradable scaffold to cover skull holes in neurosurgery

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

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, and appropriate mechanical strength and degradation rate with. Based on this, OmidAfrinan Co. has introduced a composite bioink named Osteo-Ink® that has the desired bioactive properties and is ideal for 3D bioprinting of bone tissue scaffolds

Despite the many studies that have been done on bone tissue engineering, we still face serious challenges and limitations. To this end, Dr. HajiHosseinAli and his colleagues at Omid Afrinan(3D-Bio) Company created a 3D scaffold with bioprinting technology that has different parts of different sizes

(3D Bioprinting of a bioink incorporated with Graphene Oxide (GO. The GO containing scaffolds can be used in bone, heart and neural tissue engineering due to their uniqe mechanical properties, high electrical conductivity and surface functionality

One of the considerable abilities of BioFab Bioprinters is printing different biomaterials simultaneously that can be used to fabricate the composite scaffolds or (to biomimic Extracellular Matrix (ECM

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 worldn

A similar structure to the human ear, made by 3D printing technology which can replace the damaged tissue of the auricle cartilage

3D printing is a transformative technology that brings the development and advancement of tissue engineering processes, restorative medicine, and the future of medicine. Tissue engineering, controlled drug release, and alternative cell production require scaffolding and cell models with precise geometry and internal structure pre-designed, which are achievable only with 3D biodegradable printing technology