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Our brand-new podcast series where we explore how Advanced Solutions’ technologies are making profound and positive impacts on scientific discovery and biomedical research!

Introducing

Listen to the Profound & Positive Podcast — conversations on robotics, research innovation, and human-relevant science

3D Bioprinting

BioAssemblyBot performing 3D bioprinting of biomaterials onto a digital or physical human skull model for tissue engineering

3D Bioprinting

BAB is the most advanced, versatile, intelligent 3D bioprinter on planet Earth.

BioAssemblyBot performing 3D bioprinting of biomaterials onto a digital or physical human skull model for tissue engineering

6-axis BioAssemblyBot arm positioning bioprinting tool with sub-millimeter accuracy for complex tissue and organoid fabricati

Human Heart Recellularization
with Dr. Doris Taylor

BAB Meets Dr Taylor

The future of on-demand human hearts with Dr. Taylor.

Human Heart
Recellularization

BioAssemblyBot robotic bioprinter demonstrated to Dr. Taylor, showcasing advanced 3D bioprinting capabilities for tissue engi

Vascularization

Microvascular networks developing in a tissue scaffold, critical for supporting cell viability and function in regenerative m

Vascularization

Make your tissue models complete with native vascular perfusion solutions.

Network of vascular structures forming within engineered tissue to enable nutrient and oxygen delivery in 3D biofabrication.

Advanced 3D Tissue Models

Perfuse and incubate 3D model in-vitro

Mimic human tissues by capturing the native biology.

Advanced 3D
Tissue Models

Printed Construct

Organoid360™ Bundle

Vascularized organoid cell cluster showing integrated microvessels for improved nutrient perfusion and tissue viability in 3D

Out-Of-The-Box Automated Workflows

Organoid360™ Bundle

Organoid cells embedded in hydrogel scaffold supporting long-term viability and physiological relevance for in vitro studies.

Do more with BioAssemblyBot...

Do more biofabrication
with BioAssemblyBot...

Do more FDA NAM Work
with BioAssemblyBot...

Do more advanced 3D tissue models
with BioAssemblyBot...

Do more vascularization
with BioAssemblyBot...

Do more heart recellularization
with BioAssemblyBot...

Do more hsingle cell dispense
with BioAssemblyBot...

BioAssemblyBot
(#WeCallHerBAB)

The patented, UL and cGMP certified, award-winning BioAssemblyBot platform is an intelligent agile robotic system used to build and assemble biological structures. More than a 3D printer, BAB, as we call her, leverages over 60 years of industrial robotic innovation to bring speed, quality, high precision and low cost manufacturing to the task of building tissues and organs.

BioAssemblyBot 200 compact robotic bioprinter designed for benchtop use in cell biology and tissue engineering workflows.

BioAssemblyBot 400 with integrated smart sensors and interchangeable tools for scalable and reproducible biofabrication.

BioAssemblyBot 500 executing large-format bioprinting tasks with advanced tool automation for scalable tissue manufacturing.

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Extraordinary discoveries.

BAB Empowers Breast Cancer Survivors

BAB Meets
Dr. Doris Taylor

BAB Featured at 'Life Itself'

Advanced Solutions touchscreen HMI displaying real-time robotic control and biofabrication tool coordination for tissue engin

BioBots

BioAssemblyBot 200

BioAssemblyBot 400

BioAssemblyBot 500

BioAssemblyBot Hands

BioStorageBot Benchtop

TSIM software displaying a digital twin of a human skull for planning multi-tool 3D bioprinting and surgical simulation workf

Software

Angiomics™ cryopreserved vial containing engineered vascular microtissues for in vitro perfusion research.

Angiomics

Trusted by drug discoverers, tissue engineers, device developers, and researchers.

ARMI Executive Director, Dean Kamen speaks highly of the BioAssemblyBot applications

"BioAssemblyBot and Angiomics biofabrication platforms are valuable inventions and contributions toward our ARMI mission to mass produce human organs. Advanced Solutions is the poster child company for the ARMI ecosystem. The team is entrepreneurial, talented, and leading members for ARMI."

Dean Kamen, Executive Director of ARMI

BioAssemblyBot 400 robotic bioprinter with enclosed, high-precision multi-tool system for advanced tissue fabrication and bio

What are your bioassembly needs?

Our biofabrication experts are ready to talk to you.

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