TPC - Model U-FAB ACTIVO - 3D Bioprinter
The World`s First and the Only 3D bioprinter in Korea capable of printing both low and high-viscosity biomaterials.
With U-FAB ACTIVO, creating artificial skin that is nearly identical to human skin is available
- Reducing the time required for artificial skin production.
- Saving the time and effort required to create manually.
- Reducing skin(shape) deformation due to shrinkage.
- Providing a cure to adjust the thickness and implement skin injuries such as freckles and nevus.
Artificial skin can be used for anti-aging research by embodying rete ridge(epidermal ability) that flattens as aging progresses.
Artificial skin promotes the substitution of animal experiments in various skin studies by demonstrating normal skin and the morphology of skin changes due to the effects of diseases such as dermatitis and diabetes.
Cultivate cancer cells derived from the human body and promotes the production of a tissue model with a 3D structure that is similar to cancer.
The use of 3D cancer organoids for susceptibility testing of anticancer drugs that respond differently to each patient is expected to aid in the provision of the most appropriate cancer treatment for patients.
Glioblastoma Multiforme with vascular niche
Basal cell carcinoma
Mammary epithelial cells in collagen duct
U-FAB ACTIVO uses low-viscosity collagen and enables the production of complex structures. We can provide an optimal solution for simulating complex structures of human organs.
We research for an opportunity to produce cancer organoids for many deadly cancer types in collaboration with researchers and clinicians in Korea and overseas.
3D printing with low-viscosity biomaterials
Enable 3D structure formulation via the droplet method with low viscosity biomaterials which are components of human organs.
Allow wide range of bioinks
In addition to UV and heat curing methods, U-FAB ACTIVO provides multiple crosslinking methods such as chemical, enzymatic, and pH. It allows the utilization of a wide range of bio-inks.
Composite structures can be created using polymer materials, such as PCL, PLGA
For each of the 4 nozzles, different bioinks can be used, and the temperature and pneumatic conditions can be adjusted to suit each bioink. The software for U-FAB ACTIVO, U-Studio, enables a wide range of 3D models and designates the precise position of each substance in a simple way.
Independent 3D modeling for each layer
Each layer`s injected material and structure can be adjusted and edited using the proprietary U-Studio software and it allows various forms of 3D modeling.
- Max.preumatic Pressure 8bar
- Linear actuation High precision (Including ball screw)
- Print Speed Up to 50mm/s
- Size 600(W) x 600(D) x 600(H)
- Camera 720p HD Camera
- Weight 109kg
- Interface PC
- 3D Modeling / Editing Type 3D data, Layer-based 2D editing