Join us in printing the future of health with precision and innovation.
Three-Dimensional Bioprinting
Advanced bioprinting technology enables the precise, layer-by-layer deposition of biocompatible materials according to defined paths derived from a 3D model. Our 3D bioprinters, with their flexible design, provide researchers the ability to print a wide range of bio-materials, paving the way for the engineering of advanced tissues tailored to specific applications.
BioFabX1 Bioprinter
Our pioneering bioprinter set new standards in the field and remains a cornerstone for educational and training applications.
BioFabX2 Bioprinter
This innovative and celebrated model offers unmatched versatility in bioprinting with its six interchangeable printheads.
BioFabX4 Bioprinter
This acclaimed bioprinter has become the preferred choice among scientists, innovators, and academic professionals.
Light-based 3D bioprinting
Derived from stereolithography (SLA), light-based bioprinting solidifies bioinks through targeted light exposure, initiating precise chemical reactions only in illuminated areas. Leveraging technologies such as digital light processing (DLP), this method allows for rapid layer-by-layer fabrication, curing entire layers at once. The use of millions of micro-scale light points further enables ultra-high resolution printing with exceptional detail.
Lumen Fab
This DLP-based bioprinter is redefining benchmarks in light-based 3D bioprinting with precision, speed, and resolution.
Accessories
From advanced modules and powerful extruders to reliable consumables, our range of auxiliary products is designed to expand bioprinting capabilities, enhance material compatibility, and achieve consistent, reliable results.
Low-temperature print bed module
This module enables control of the print bed temperature at a level lower than ambient temperature.
- Print bed temperature control down to 4 °C (up to 17 °C below ambient)
- Ideal for printing temperature-sensitive bio-inks such as GelMA
- Insulated body for uniform temperature distribution and minimal heat transfer to the print surface
- Metal print surface for better heat transfer and temperature uniformity
Automatic calibration module
- Automatic nozzle-to-print bed distance adjustment
- Automatic print bed leveling
- Automatic alignment of print modules for multi-material printing
Electrospinning module
Electrospinning is one of the oldest and most widely used techniques in tissue engineering, enabling researchers to produce nanofibers with very small diameters. However, limited control over microfiber placement and inherent constraints in fabricating true three-dimensional tissues have reduced its prominence in modern tissue engineering. By using the Melt Electrowriting module, the advantages of electrospinning and bioprinting can be combined within a single system. This integration compensates for the limitations of conventional electrospinning and enables the bioprinter to fabricate highly delicate and precisely structured tissues. The use of Omid Afarinan’s high-temperature module in conjunction with this module is recommended.
- امکان ایجاد اختلاف ولتاژ تا 15 کیلوولت
- ompatible with nozzles ranging from 0.1 mm to 1 mm
- Pressure supply up to 8 bar
Imaging module
The imaging module enables capturing images of the printed structure during and after bioprinting. This module allows examination of the printed structure without removing it from the print environment, thereby increasing the speed and quality of structure printing. Unlike many European and American bioprinters, this module does not occupy the position of one of the print modules when installed, allowing the user to utilize all printer modules for material printing.
- Manual camera focus adjustment
- High-definition imaging of printed structures
- Video recording capability (customizable)
- Dedicated installation position on the printer without occupying a print module slot
Coaxial printing module
By installing this module, coaxial printing from 2 to 4 cartridges mounted on the bioprinter becomes possible simultaneously.
- Customizable nozzle output diameter
- Ability to set the printing rate for each material individually
- سازگار با انواع ماژول های نیوماتیک، دما بالا، سرنگی، دماپایین و...
- Ideal for printing tubular structures, especially blood vessels
Syringe printing module
This module is an ideal choice for printing low-viscosity materials. With precise pressure control, it reduces the shear stress applied to the bioink, thereby improving cell viability.
- امکان استفاده از سرنگ های 5 سی سی استاندارد
- Ideal for printing low-viscosity materials such as collagen, GelMA, and crosslinking agents
- Operating temperature adjustable for the printing environment
- Print flow adjustable up to 10 mm/s
TinyExtruder TE۰۲
It is one of the smallest filament extruders in the world, enabling the use of biomedical and pharmaceutical materials while ensuring optimal utilization of expensive materials with a dead volume of up to 12 milliliters.
Ava Syringe
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Special bioprinting cartridge
The special bioprinting cartridge is used for preparing and packaging biomaterials in a clean environment and then transferring them to the printer for material printing.
- همراه با درپوش ابتدا و انتهای کارتریج جهت استریل مواد
- قابل سفارش در حجم های 10 سی سی و 5 سی سی
- قابلیت نصب انواع نازل های Luer Lock
Plastic needle with metal tip (pack of 20)
Plastic needles with metal tips provide high precision in printing various biomaterials and are one of the suitable options for bioprinting.
- قابل ارائه در گیج های 18، 20، 22، 25 و 27
- قابل استفاده با سرنگ های Luer Lock
- استریل شده
- جنس بدنه از پلی پروپلین و جنس سوزن از استیل
Conical plastic needle for bioprinting (pack of 20)
Conical plastic nozzles with Luer Lock feature in various sizes are among the best options for bioprinting different bioinks.
- قابل ارائه در گیج های 18، 20، 22، 25 و 27
- قابل استفاده با سرنگ های Luer Lock
- استریل شده
- جنس: پلی پروپلین
- طول: 32 میلیمتر
Thermoplastic cartridge
The advantage of this type of cartridge is its ability to operate at high temperatures
- جنس استیل زنگ نزن
- قابل استریل در اتوکلاو
- امکان نصب نازل های حرارتی با قطر های مختلف
Thermoplastic nozzle
Thermoplastic nozzles enable the bioprinters of Omidafarinan Mohandesi Ayandeh to print thermoplastic polymers at high temperatures.
- قابل ارائه با قطر داخلی 0.2، 0.3، 0.4، 0.5، 0.6، 0.7 و 0.8 میلی متر
- جنس برنجی جهت انتقال بهتر حرارت
- هندسه داخلی مخصوص جهت جریان یافتن بهتر مواد
Bioprinting is shaping the future of medicine—emerging from the innovations we create today.
Empowering your research with reliable and state-of-the-art bioprinting tools
From world-class labs to frontline science — our innovations drive medical discovery
OmidAfarinan stands at the forefront of innovation, providing advanced 3D bioprinting technologies to life science sectors worldwide.
End-to-end product design and manufacturing fully handled in-house
A dedicated team of experts crafts innovative bioprinters with exceptional quality.
Our expert team—comprising mechanical, electronics, robotics, software engineers, UX/UI designers, biomaterial scientists, and tissue engineers—enables us to fully develop bioprinters, bioinks, and software in-house. Our development and manufacturing teams collaborate closely throughout the development process. This synergy accelerates the transition from prototype to first batch and then to full-scale production, all in compliance with the European CE certification for product safety and quality. Obtaining the CE mark guarantees that our products meet stringent European health, safety, and environmental protection standards. This certification gives our customers confidence in receiving reliable and high-quality products. Having a full in-house development team that works closely with collaborators and technology users helps us expand knowledge and expertise to create products that directly address bioprinting and life sciences needs.
Begin your journey today
Contact us for your 3D bioprinting needs, and our experts will courteously demonstrate the capabilities of our 3D bioprinters and how our systems can support the advancement of your research.
