We Provide Advanced Medical Solutions for Better Living


Razi Pars Azar Biotech designs and manufactures smart, temperature-responsive cell culture dishes for the growth and maintenance of cell cultures under controlled conditions. Our primary goal is to enable the simple, intact harvesting of cultured cell sheets, representing a significant step forward in regenerative medicine and tissue engineering.


Discover our technology
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About RPA Biotechnology

Razipars Azar Biotechnology is a knowledge-based company founded in 2016, specializing in advanced polymer-based solutions for biomedical applications. We operate from the Technology Incubator Center of Sahand University of Technology, combining academic expertise with industrial innovation.

Product Features

Single-Step Detachment


Cells are detached simply by lowering the culture temperature below 32°C, with no need for secondary modification processes.

Intact Cell Preservation


By eliminating enzymes like trypsin, our method prevents damage to cell surface proteins and the extracellular matrix, ensuring high cell viability.

3D Tissue Creation


Our dishes enable the creation of complex, scaffold-free 3D tissue models, which can be used for sophisticated organs like the heart, cornea, and liver.

Advanced Applications


Ideal for single-cell analysis, diagnostics of malignant cells, and creating grafts for transplantation (e.g., corneal transplants).

Facts in numbers


Currently, smart cell culture dishes are not manufactured domestically in Iran, and the main foreign competitor, Thermo Fisher Scientific, offers them at a very high price. Razi Pars Azar Biotech was founded to provide a high-quality, cost-effective solution for research and clinical centers..

95%

More cost-effective

36k

Annual production capacity

<32°C

Critical temperature to switch cell adhesion to cell detachment

2016

Year of Establishment

Our Team Members

Prof. Farhang Abbasi

PhD, Polymer Engineering, Faculty Member, Sahand University of Technology


Sahar Afif

MSc, Polymer Processing, PhD Candidate


Kaveh Sharifian Behraman

MSc, Polymer Processing, PhD Candidate


Ali Nemat

IT Manager, MSc, Simulation and Modeling, PhD Candidate


Why Choose Us – Our Competitive Edge

RPA Smart Petri Dish

  • Enzyme-Free Separation
  • This is the 2nd item
  • Single-Step Detachment
  • Lower Cost
  • Domestic Production

Conventional Petri Dish

  • Enzyme-Free Separation
  • Maintains ECM Integrity