Kits and Bio-inks
High-quality bio-inks play a key role in the success of 3D cell culture and 3D bioprinting. As the first producer of bio-inks, we are constantly creating and improving bio-inks for various applications. This has enabled thousands of laboratories to start with what truly matters: creating the future of health and medicine.
Accelerate your research success with our bio-kits.
Kits
By utilizing specialized kits such as Coaxial® for creating hollow structures like vessels, Cranio® for producing body-compatible implants, and Microfluidic® for designing microchannel networks, new pathways have been opened in regenerative medicine, customized surgeries, and biomedical experiments.
Microfluidic® kit
Microfluidic® is a bio-microfluidic kit enabling the creation of precise microchannels and custom vascular networks. These systems simulate organ function and perform complex biochemical and cellular analyses, making them valuable tools in biomedical research.
Cranio® Bone
Cranio® is an innovative product by OmidAfarinan designed to treat cranial, jaw, and facial deformities. Made from biocompatible polymethyl methacrylate (PMMA), it serves as a bone cement for surgical implants.
Coaxial®
Coaxial ® Kit or OmidAfarinan’s coaxial nozzles enable high-precision 3D printing of vessel-like structures. This innovative technology allows full control over vascular geometry, addressing common challenges in vascular tissue engineering.
Bio-inks
Ready-to-use specialized bioinks and hydrogels, compatible with any 3D printer, enable precise layer-by-layer bioprinting of complex biological structures. These biomaterials create an optimized microenvironment that supports cell growth, proliferation, and maturation in 3D tissue models. Additionally, they provide essential biomechanical cues such as shear stress, stretching, compression, elasticity, and stiffness, enhancing the functionality and realism of printed tissues.
Support©
Support. © is a bioink by OmidAfarinan that enables 3D printing of low-viscosity soft materials, such as collagen and alginate, in complex geometries without mechanical modification or sacrificial inks. It can also be prepared in various culture media to support different cells and bioinks.
Mineral©
Mineral. © is a specialized bioink by OmidAfarinan, composed of minerals similar to the natural bone phase, promoting early-stage bone formation. The 3D-printed scaffolds are fully ceramic and gradually degrade, being replaced by new bone tissue.
AllGBone©
AllGBone. © is a unique bioink by OmidAfarinan, made from human bone extracellular matrix combined with natural polymers. Biocompatible and biodegradable, it exhibits strong osteoinductive and osteoconductive properties, playing a key role in repairing damaged bone tissue and supporting new cell growth.
PCL©
Polycaprolactone (PCL) is a biocompatible thermoplastic polymer with slow degradation and suitable mechanical properties for 3D printing of bone and dental tissues. This ready-to-use bioink, meeting medical standards, is compatible with OmidAfarinan bioprinters and other high-temperature 3D printers.
Alginate©
Alginate. © is a polymer-based bioink that provides an optimal environment for cell viability and printing. It crosslinks in the presence of calcium ions and can be combined with other bioinks to fabricate complex structures.
ColGel©
ColGel. © is a bioink based on type I collagen and gelatin methacrylate, featuring unique optical and biochemical properties that enable the fabrication of personalized scaffolds and corneal implants, including artificial lenses.
Applications of bio-inks
Bio-kits refer to any synthetic or natural polymer selected for their biocompatible components and favorable rheological properties. These features temporarily or permanently support living cells to facilitate cell adhesion, cell proliferation, and cell differentiation during maturation.
Kits
Thanks to advancements in 3D bioprinting technology, the fabrication of complex models such as vascular structures, cranial implants, and lab-on-a-chip devices has become increasingly feasible. Omid Afarinan has developed a range of innovative solutions, including Coaxial® for printing hollow, vessel-like and core/shell structures; Cranio®, a PMMA-based, biocompatible implant for the treatment of craniofacial deformities such as hypertelorism, craniosynostosis, and hemifacial microsomia; and Microfluidic®, a kit that enables the creation of precise microchannels for designing customized vascular networks and conducting advanced biomedical assays on chip.
Premium-grade
Our diverse selection of bioinks and biomaterials is designed to maintain optimal cell health at every stage of the bioprinting process. Every tailored formulation supports the flow and mechanical properties cells need to generate and structure their own ECM. Because bioink quality is critical to successful 3D cell culture and tissue engineering, we adhere to stringent production protocols and rigorous testing to minimize variability and ensure consistent results.
Begin your journey today
Contact our team with your 3D bioprinting requirements, and our specialists will gladly demonstrate the potential of our 3D bioprinters and how our solutions can advance your research.
