Revolutionizing Regenerative Medicine with 3D Bioprinting

Creating artificial skin and organ tissues with precision.

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Innovative biostructures replicating natural human tissues.

Expert-driven workflows for tissue design and development.

Advanced technology for precise cell behavior control.

A 3D printer is in action, crafting three-dimensional objects. On the print bed are a bright orange rocket, a small white and grey boat, and a large red mushroom with white spots, reminiscent of a well-known video game item. The interior of the printer is illuminated, revealing its mechanical components and creating a focused, technological ambiance.
A 3D printer is in action, crafting three-dimensional objects. On the print bed are a bright orange rocket, a small white and grey boat, and a large red mushroom with white spots, reminiscent of a well-known video game item. The interior of the printer is illuminated, revealing its mechanical components and creating a focused, technological ambiance.
A 3D printer is actively printing a large, intricately designed object with a rope-like texture. The object features a gradient of colors, transitioning from a metallic pink to a deep purple.
A 3D printer is actively printing a large, intricately designed object with a rope-like texture. The object features a gradient of colors, transitioning from a metallic pink to a deep purple.
A 3D printer in operation, with a close-up view of the printing head moving over the print bed. The printer's mechanical components and electronic controls are visible, emphasizing precision and technology.
A 3D printer in operation, with a close-up view of the printing head moving over the print bed. The printer's mechanical components and electronic controls are visible, emphasizing precision and technology.

Innovating Regenerative Medicine Through 3D Bioprinting

At T&R Biofabas, we are pioneering advancements in regenerative medicine, focusing on 3D bioprinting to create lifelike artificial skin and organ tissues that replicate natural human structures.

A 3D printer is in the process of creating a lime green object with a textured surface. The object being printed has a distinctive shape, possibly resembling a simplified dinosaur or creative design. The printer appears to be working on a circular black platform, reflecting light due to its glossy surface.
A 3D printer is in the process of creating a lime green object with a textured surface. The object being printed has a distinctive shape, possibly resembling a simplified dinosaur or creative design. The printer appears to be working on a circular black platform, reflecting light due to its glossy surface.

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Transforming Healthcare Together

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Innovative Bioprinting Solutions

Transforming regenerative medicine through advanced 3D bioprinting for artificial skin and organ tissues.

Precision Tissue Engineering
A detailed 3D printed model of a human heart with intricate, lattice-like patterns is displayed on a transparent circular stand. The heart is primarily light orange in color, situated against a dark background, which highlights its features and structure.
A detailed 3D printed model of a human heart with intricate, lattice-like patterns is displayed on a transparent circular stand. The heart is primarily light orange in color, situated against a dark background, which highlights its features and structure.

Creating biostructures that mimic natural human tissues with precision and care.

A person is interacting with a 3D printer. The printer contains a white object being printed inside. The scene is set in a clean, high-tech environment, and the focus is on the precision engineering involved in 3D printing.
A person is interacting with a 3D printer. The printer contains a white object being printed inside. The scene is set in a clean, high-tech environment, and the focus is on the precision engineering involved in 3D printing.
A person in a white lab coat is holding a white, 3D-printed object that resembles a custom orthopedic brace. The object has a lattice structure with several openings. The background suggests a workshop or laboratory environment.
A person in a white lab coat is holding a white, 3D-printed object that resembles a custom orthopedic brace. The object has a lattice structure with several openings. The background suggests a workshop or laboratory environment.
Expert-Driven Design

Streamlining complex workflows for efficient tissue design and development in regenerative medicine.

Advancing regenerative medicine through innovative bioprinting techniques and expert collaboration.

Cutting-Edge Research

Innovative Bioprinting

Revolutionizing regenerative medicine through advanced 3D bioprinting technology.

A person wearing a lab coat is inspecting a 3D printer in a modern, well-lit laboratory setting. The room has multiple 3D printers placed on shelves, with visible ventilation ducts and a clean, organized environment. The light from the overhead fixtures and windows highlights the mechanical equipment.
A person wearing a lab coat is inspecting a 3D printer in a modern, well-lit laboratory setting. The room has multiple 3D printers placed on shelves, with visible ventilation ducts and a clean, organized environment. The light from the overhead fixtures and windows highlights the mechanical equipment.
Tissue Engineering

Developing biostructures that mimic natural human tissues for medical applications.

A close-up view of a 3D printer in action, with the print head creating a small red object. The printer's nozzle is prominently visible, along with metal rods and a cooling fan. The object being printed appears to have a simple geometric shape.
A close-up view of a 3D printer in action, with the print head creating a small red object. The printer's nozzle is prominently visible, along with metal rods and a cooling fan. The object being printed appears to have a simple geometric shape.
Research Project

Focusing on precise control of cell behavior and material composition.

gray computer monitor

Contact Us

Get in touch to discuss our bioprinting research and innovations.

Innovation

Revolutionizing regenerative medicine through 3D bioprinting.

Bioprinting

ji-eunlee@trbiofabas.uno

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