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Gallery
Gallery
Videos featuring the BioAssemblyBot® community and cutting-edge advancements from Advanced Solutions Life Sciences
AI at Maryland | Bioprinting Innovation Powered by BioAssemblyBot® 400
AI at Maryland | Bioprinting Innovation Powered by BioAssemblyBot® 400
By combining AI-driven automation with precision bioprinting, the BioAssemblyBot® 400 enables researchers at Maryland to fabricate complex biological structures with exceptional accuracy and repeatability - supporting innovation in tissue engineering, disease modeling, regenerative medicine, and beyond.
Learn more about University of Maryland's research by visiting: https://go.umd.edu/AIBioprinting| #AIMaryland
By combining AI-driven automation with precision bioprinting, the BioAssemblyBot® 400 enables researchers at Maryland to fabricate complex biological structures with exceptional accuracy and repeatability - supporting innovation in tissue engineering, disease modeling, regenerative medicine, and beyond.
Learn more about University of Maryland's research by visiting: https://go.umd.edu/AIBioprinting| #AIMaryland
Dr. Carolyn Clancy Showcases VA Regenerative Medicine Collaboration with ASLS
We’re honored to have been featured in Dr. Carolyn Clancy’s recent talk at the Advanced Regenerative Manufacturing Institute (ARMI) | BioFabUSA Meeting in the Millyard. Dr. Clancy’s presentation highlighted the important strides being made in regenerative medicine and personalized therapies for America’s veterans—an initiative we’re proud to support.
Organoid360™ Bundle
Plug-and-Play Automation for Organoid Assays & Human-Relevant Models
BAB Hand 8-Channel Pipette
Streamline your liquid handling with our precision 8-channel pipette—designed for speed, accuracy, and efficiency in high-throughput applications. Ideal for 96-well plates, this ergonomic tool helps you pipette smarter, not harder.
Perfect for: ELISAs, PCR, cell culture, and more.
Perfect for: ELISAs, PCR, cell culture, and more.
Organoid Matrigel Dispensing
Achieve consistent, bubble-free Matrigel dispensing for organoid workflows with precision and ease with the Single Channel Pipette. This automated method improves reproducibility, reduces waste, and supports more reliable 3D culture results.
Ideal for: organoid seeding, ECM prep, and high-throughput screening.
Ideal for: organoid seeding, ECM prep, and high-throughput screening.
Tumor Spheroid Automation
Automate tumor spheroid formation, handling, and analysis. This workflow enhances consistency, throughput, and data quality in 3D cancer model research.
Perfect for: drug screening, oncology research, and 3D cell culture workflows.
Perfect for: drug screening, oncology research, and 3D cell culture workflows.
Single Cell [Organoid] Dispensing with BioAssemblyBot
See how the BioAssemblyBot enables precise single-cell dispensing for organoid applications. This automated method supports reproducible organoid formation by delivering controlled volumes of cells and ECM—ideal for high-throughput, human-relevant research.
Liver Workflow with BioAssemblyBot
Explore an automated liver model workflow powered by the BioAssemblyBot. From precise cell and matrix dispensing to spatial patterning, this solution supports scalable, human-relevant liver tissue models for drug screening and disease modeling.
Heated BioPrinting
Bioprinting with the 3D Syringe | Hot BioAssemblyTool in a biosafety cabinet
Immunostaining
Immunostaining with BioAssemblyBot 200
Multi-Material Bioprinting
Multi-material bioprinting with BioAssemblyBot 200
Scanning & Contour Bioprinting
Scanning & contour bioprinting with BioAssemblyBot 200
3D Bioprinting
3D Bioprinting with BioAssemblyBot 200
6-Axis Advantage of BAB400
Here we demonstrate the 6-axis robot arm picking up a tool then putting it back into place.
Flexibility & Speed of BAB400
This video demonstrates the flexibility, speed, and range of motion of the 6-axis robotic arm.
3D Dual Syringe | Mix
The utilization of the 6-axis arm within the BioAssemblyBot® enables a complete workflow, illustrated here, where a tool is picked up and returned to its storage bay all in an automated fashion.
Pick & Place
This video illustrates the design of structures within TSIM® based on the parameters present within multi-well plate formats, followed by the utilization of the pick-and-place tool to pick up a multi-well plate and placing it within a precise location in the print stage, demonstrating a biomanufacturing workflow. The precision of the system also enables structures to be printed into a single well of a 384-well plate.
Tissue Patch
An example of application of our integrated solution is to generate tissue patches for regenerative medicine, illustrated here.
3D Contour Printing
3D Printing on Heart Model with Heart Scan
Posts on a Dome
Printing on a curved surface using BioAssemblyBot 400.
Porous construct made of PCL
Unique pore dimensions that were repeated throughout the scaffold.
Silicone Lattice
A 3D sheet of silicone with an in-fill lattice.
Continuous Gradient Print
This print was made on the BAB400
Array of Pluronic Pillars
An array pluronic pillars being printed on BAB400.
Array of Pluronic Pillars (Top View)
An array pluronic pillars being printed on BAB400.
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