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3D Bioprinting

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Bioprint in ways you never thought possible.

BioAssemblyBot (#WeCallHerBAB) is the most advanced, versatile, intelligent 3D bioprinting platform on planet Earth.

Uniquely engineered for 3D bioprinting. 

BAB is the world's only patented multi-axis, cGMP certified, robotic bioprinter. With over 100,000 hours of development, she uses a variety of interchangeable hands to perform virtually any 3D bioprinting application. 

Biology is not square.

Complex geometric shapes are abundant in biology. Print strategies to replicate these shapes often require contour printing capability.  BAB, with her human-like robotic arm, uses six-degrees of movement to uniquely empower you to precisely 3D print, inject into, and build complex geometries.  

3D in the well.

BAB prints complex 3D cellular structures inside virtually any well plate (e.g. 96, 384, 1536). Design and build 3D tissue models in well plates to enable assay strategies such as multi-cellular structures and/or defined tissue compartments, to expand your opportunities for faster, better biology outcomes.

TSIM: software platform for advanced tissue simulation and modeling.
TSIM: software platform for advanced tissue simulation and modeling.

Scan. Design. Print.

Use the BAB Hand | 3D Laser, a standard feature with BAB, to scan physical objects into TSIM design software and add de novo objects on the scanned surface. Then have BAB, 3D bioprint onto the existing physical structure. 

Interchangeable BAB Hands enable multiple bioprinting and tissue engineering workflows.

Can I get a hand?

Choose from a rich and continuously expanding library of BAB Hands or build your own Hand to accomplish your 3D bioprinting objectives. BAB Hands enable you to print a variety of materials at different temperatures and combinations, fully automate the printing and analytical tasks, locally inject and deposit cells in and on tissue constructs, and conduct scientific experiments with 3D bioprinting. More tools means more capability, more flexibility, and more innovation. 

BAB 200: compact automated robot for 3D bioprinting and tissue engineering.
BAB 400: advanced robotic platform for automated 3D bioprinting and biofabrication.
BAB 500: advanced biofabrication robot for large-scale 3D bioprinting and tissue assembly.
BAB 500: advanced biofabrication robot for large-scale 3D bioprinting and tissue assembly.
BAB 200: compact automated robot for 3D bioprinting and tissue engineering.
BAB 400: advanced robotic platform for automated 3D bioprinting and biofabrication.

Applications

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Academic (College)



Research & Development


Pharma


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Academic (College)



Research & Development


Pharma


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Academic (College)



Research & Development


Pharma


Clinical

Features

3D Additive Models

3D Print in Well Plates

4-axis Robot

Biosafety Cabinet Compatible (without enclosure)

HEPA Filtration Optional

3D Additive & Contour Printing


3D Print in Well Plates


6-axis Robot


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HEPA Filtration Optional

3D Additive & Contour Printing

3D Print in Well Plates

6-axis Robot

Integrated Class II, Type A Biosafety Cabinet

Integrated HEPA Filtration

Certifications

TSIM Certified

BioApps Certified

UL cGMP Certified

UL/CE Certification in progress

TSIM Certified

BioApps Certified

UL cGMP Certified

UL/CE Certified

TSIM Certified


BioApps Certified


UL cGMP Certified


UL/CE Certification in progress

Integrations

Up to 5 BioAssemblyBot Hands in a single run

Good

Agile integration with other lab equipment

Up to 8 BioAssemblyBot Hands in a single run

Great

Agile integration with other lab equipment

Up to 10 BioAssemblyBot Hands in a single run


Great*

Agile integration with other lab equipment

*Requires BioBot Link

BAB 200: compact automated robot for 3D bioprinting and tissue engineering.
BAB 400 automates complex tissue engineering workflows.
BAB 500: advanced biofabrication robot for large-scale 3D bioprinting and tissue assembly.

What 3D bioprinting experts use with BAB:

3D print head for precise material deposition in bioprinting.
BAB Hands: modular robotic tools for versatile biofabrication tasks.
3D Dual Syringe
BAB Hands: modular robotic tools for versatile biofabrication tasks.
BAB Hands: modular robotic tools for versatile biofabrication tasks.
3D Dual Syringe | Coaxial
BAB Hands: modular robotic tools for versatile biofabrication tasks.
BAB Hands: modular robotic tools for versatile biofabrication tasks.
3D Syringe | UV

Explore more solutions:

3D bioprinted construct showing red and green fluorescent markers highlighting different cell types or structures.

Advanced 3D Tissue Models

Mimic human tissues by capturing more of the native biology.
Organoids and spheroids cultured on one platform for improved research outcomes.

Organoids/
Spheroids

One platform, better outcomes.
Process of vascularization creating blood vessel networks in tissue models.

Vascularization

Bring your tissue to life.
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Ready to get started?

Connect with an 3D Bioprinting expert:

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Product certified by UL for safety and quality standards.

The BioAssemblyBot 400 is certified by UL in accordance with applicable safety requirements. The BioAssemblyBot 400 is certified by UL in accordance with applicable energy efficiency requirements.

The Advanced Solutions Louisville, KY facility has been audited by UL Registrar LLC and meets GMP requirements listed in RCP, NBCP, or Pharmaceutical Certification Schemes which is uniquely accredited by the American National Standard Institute (ANSI) developed in accordance with applicable sections of the FDA’s code of federal regulations.

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