Organoids/Spheroids

Composite.jpg

One platform, better outcomes.

Use one platform to build and handle all organoid/spheroid types and sizes without damage. BioAssemblyBot (#WeCallHerBAB) empowers the freedom to design and automate organoid/spheroid models and assays. 

Unleash the investigative power of organoids/spheroids.

Spend more time on the science by automating basic, pharmacological, and biomedical research experimental workflows. Cost effectively answer questions related to cell-to-cell interactions, developmental processes, responses to external stimuli, and disease mechanisms.

Happy Scientist

Realize higher throughput with BAB's robotic workflow capability.

BAB automatically dispenses a prescribed quantity of cells and media into a variety of standard and custom well plates to form organoids/spheroids.  Over defined intervals, BAB will exchange growth and differentiation media  without damaging the organoid/spheroid.

Smart integrated workflows.

BAB works well with others.  Seamlessly integrate BAB with other lab equipment to image, incubate, measure, etc.  organoid/spheroid development, and assay endpoints.

Matrigel spheroid domes.jpg

Design and perform organoid/spheroids experimental models and assays.

BAB enables a range of organoid/spheroid experimental strategies including free floating, suspension in domes of matrix, fluidic devices, etc. Spatially organize organoids and/or cells within an assay environment.

Build microphysiological systems using organoids/spheroids.

BAB combines standard and custom fluidic devices with organoids/spheroids to build and use organs-on-chips.

MicrosoftTeams-image (30).png
JayImage.png

Enhance your organoid/spheroid models through vascularization.

Build blood vessels in your organoid/spheroid models using Angiomics microvessels and protocols.

BAB200.jpg
BAB400.jpg
BAB500.jpg
arrow&v
arrow&v
arrow&v
BAB200_Line_Color.png
BAB400_Line_Color.png
BAB500_Line_Color.png

Applications

Show All
Hide All

Academic (College)

Research & Development


Pharma

_

Academic (College)

Research & Development

Pharma

_

Academic (College)

Research & Development

Pharma

Clinical

Features

Build simple to moderately complex organoid/spheroid models

3D Additive Models

Great

Investigate organoid/spheroid models

Good

Throughput & Workflow Capability

Great

Build microphysiological systems using organoids/spheroids

3D Print in Well Plates

4-axis Robot

Biosafety Cabinet Compatible (without enclosure)

HEPA Filtration Optional

Build simple to highly complex organoid/spheroid models

3D Additive & Contour Models

Great

Investigate organoid/spheroid models

Great

Throughput & Workflow Capability

Great

Build microphysiological systems using organoids/spheroids

3D Print in Well Plates

6-axis Robot

_

HEPA Filtration Optional

Build simple to highly complex organoid/spheroid models

3D Additive & Contour Models

Great

Investigate organoid/spheroid models

Great

Throughput & Workflow Capability

Great

Build microphysiological systems using organoids/spheroids

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

BAB200_Line_Color.png
BAB400_Line_Color.png
BAB500_Line_Color.png

Explore more solutions:

3D Bioprinting.jpg

3D Bioprinting

Bioprint in ways you never thought possible.
printed construct red and greeen.jpg

Advanced 3D Tissue Models

Mimic human tissues by capturing more of the native biology.
JayImage.png

Vascularization

Bring your tissue to life.
Composite2.jpg

Ready to get started?

Connect with an Organoid/Spheroid expert:

Email Alert Message

Thanks! We'll be in touch soon!

 
ULUL.jpg

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.