Liposomal model membranes have been used to study the transport of solutes across cellular membranes, elucidate the mechanism of toxin and antimicrobial activity, study the mechanism of action in pesticides, and deliver therapeutics substances to farm animals.

Cosmetic Industry

The cosmetics and personal care products sector is a multi-billion dollar international market and has shown great expansion. To be successful in such a competitive and demanding sector, the products must differentiate, which can be achieved by means of using emergent technologies, such as microencapsulation.

Food Industry

In the food industry, liposomes have been used to deliver food flavors and nutrients and more recently have been investigated for their ability to incorporate food antimicrobials that could aid in the protection of food products against growth of spoilage and pathogenic microorganisms.

Solving Nanotechnology Application Challenges

Microencapsulation methods are often employed in the pharmaceutical, agricultural, and food industries. That is why Microencapsulation technology has experienced significant growth in recent decades. For example, it is used in the food industry to add supplements and nutrients, including vitamins and omega-3 fatty acids, to food without altering flavours and to increase the absorption of nutrients in digestion.

Several microencapsulation methods are used across the world, including spray drying , coacervation, and microfluidic . Each with advantages and disadvantages at the mass-production scale. Regarding recent research encapsulation with microfluidic is the latest microencapsulation technique.

GIBMEC has done extensive research on microfluidic encapsulation and is currently using it to process a variety of products in different industries. For example, GIBMEC processes supplements and nutrients as raw materials for large food companies. These products are processed in the form of microcapsules using microfluidic encapsulation. The development of microfluidic encapsulation in the R&D department of GIBMEC enables the production of several flavours, essential oils, oils, enzymes, and microorganisms in the food industry.

About Us

GIBMEC commercializes and mass-produces microencapsulation structures in the food, pharmaceutical, cosmetic, and agricultural fields.

The corporation fabricates laboratory specimens through the R&D department and receives the approval of laboratories prior to mass production.

Microencapsulation structures refer to a type of material processing in order to produce small particles of a microcapsule structure, a popular kind of which are liposomal structures.

In these structures, the target compounds are coated with a shell material to create microcapsule particles that can be released at a certain rate under certain conditions.

Mohammad Seyed Jalali

Mohammad Seyedjalaliaghdam, born September 1981, received his PhD from University of Louisiana at Lafayette, USA in computer engineering. He also has a background in chemical engineering. He has a US patent in making thin film thermal insulators with application in gas sensors. His expertise is in microfluidics and microfabrications specifically, microfluidic chips with applications in producing nano medicine, liposome generation, and nanoparticle producing.

Majid Mohammadinejad

Over 13 years of successful sales experience and management with the proven ability to develop and achieve new business, build repeat business and establish long-term positive customer relationships at all levels. Majid Mohammadinejad has spent many years in technology transfer from European, Asian and South American countries to applicant companies. In recent years, after graduating in materials engineering at the master’s level and implementing several projects in this field, and due to his interest in technology, with the help of colleagues, he corporate to establish GIBMEC company and follow his career as a commercial management and consulting in microfluidics and related products in case .

Nima Sayyaf

Nima Sayyaf , received his Msc. from Amirkabir University of Technology at Tehran, Iran in Mechanics/Mechatronics Enginearing. He has about 20 years of experience in designing and manufacturing the High-Tech equipments in various industries.
He has successfully completed more than 60 advanced equipment design and manufacturing projects.
Microfabrication, microfluidic and encapsulation production line equipment is among the equipment designed and manufactured by him.