Tissue engineering corneal biomechanical bioreactor

Tissue engineering corneal biomechanical bioreactorIt can simulate the mechanical environment of the eyeball, cultivate multiple tissue-engineered corneas in vitro, and real-time check the transparency of the corneal stroma. This system is suitable for product research and development, production, and quality testing in hospitals, universities, research institutions, and biomedical engineering companies.

1Tissue engineering corneal biomechanical bioreactorMain functions:

(1) Can simulate the biomechanical environment of the cornea and achieve dynamic composite culture of corneal endothelial cells and biomaterials;

(2) An environment that can achieve irrigation and ensure sufficient supply of nutrients;

(3) Can construct an arc-shaped corneal morphology similar to corneal refractive power;

(4) Simultaneously construct and operate 8 cultivation units, with each unit operating independently;

(5) Adopting a modular structure design, the system is stable and reliable;

(6) Capable of setting parameters for each cultivation unit.

2. Technical parameters:

(1) Range of applied pressure: 1-50N;

(2) Irrigation flow rate: 0-20ml/min, adjustable irrigation flow rate;

(3) Cultivation quantity: 8;

(4) Frequency control range: 0-1Hz;

(5) Power supply voltage: AC220V ± 10%/50Hz ± 2%;

(6) Output power: 100W.

3. Application case:

(1) Composite culture of decellularized corneal matrix and endothelial cells in pigs

(2) In vitro construction of active cornea

4. Patent product:

This product has been granted a national inventionpatentto grant authorization:patentNumber: ZL201310470201.3.

5. After sales service and training:

(1) Free delivery to the user's address, free on-site installation and debugging. From the day the installation and debugging pass the user's acceptance, the quality guarantee period is 1 year, and full maintenance is free during the quality guarantee period.

(2) During on-site installation and debugging, technical personnel are responsible for training the operators. The number of trainees is not limited until the users can independently use and maintain the equipment.

(3) Repair response time ≤ 2 hours, proposed solution ≤ 24 hours, on-site technical support ≤ 48 hours.