More than a bioprinter, much more.
Unlike traditional bioprinters, BioAssemblyBot 400 manipulates tissue assays over time, providing valuable information to users on the state of their biology. BAB400 can nurture and analyze biology throughout your entire workflow.
An adaptive, machine learning, biofabrication powerhouse.
From automated calibration to failure correction, BioAssemblyBot 400 uses machine vision and artificial intelligence to keep your biology happy, getting better with each print.
Expandable and designed for modern biology and drug discovery labs.
Produce living tissues, organoids, and spheroids more consistently than ever before. Then analyze them without ever touching the well plate. BAB400 integrates seamlessly with lab equipment, including confocal microscopes like Cytiva's IN Cell Analyzer and Molecular Devices' ImageXpress, with more integrations coming soon.
Can I get a hand?
BioAssemblyBot 400 swaps "hands" giving users the ability to 3D bioprint while controlling temperature, pressure, UV exposure, and more with our ever-growing catalog tools. With BAB400, you can use up to 8 BioAssemblyBot Hands in a single run.
Develop new drug targets.
Create realistic 3D tissue models to use in drug discovery. Test drug toxicity on 3D models that are representative of native human tissues.
Make organoids with BAB400.
Quickly and easily explore viable prototype ideas. Produce quality preliminary data without delays allowing you to iterate designs and solutions.
Be the future of medicine.
Develop novel surgical techniques that incorporates robotics and 3D bioprinting. Improve patient care with better, faster, and innovative methods.
Be a good steward of shared laboratory space by employing an easy-to-use, easy-to-learn biofabrication system. Attract more users (and grants) to your facility with the world's only six-axis bioprinting platform.
Design with TSIM.
Create complex, biomimetic objects from medical imaging with easy-to-use point & click 3D software.
Automate with BioApps.
Drag & drop and rearrange your experimental protocol or use one from the community.
BioAssemblyBot 400 Key Features & Specifications:
UL Safety, Energy, & cGMP Certified
HEPA Filtration System
Clean Room Ready Enclosure
Touch Screen Control Panel
6-Axis Robotic Arm
Use up to 8 BioAssemblyBot Hands
Adaptive Tip Detection
Temperature Controlled Print Stage
BioAssemblyTools in a single run
Attached touch screen controls
HEPA Filtration Optional
Works with BioStorageBot & imagers
12 in (l) x 10 in (w) x 7 in (h)
30.5 cm (l) x 25.4 cm (w) x 17.8 cm (h)
3D Printing Technology
Pneumatic or Mechanical Dispense
BioAssemblyBot Hands Compatibility
Works with all tools
99.97% of particles to 0.3 µ (w/HEPA)
Air Flow Requirements
Stage: 10 to 60 C
3D Syringe | Hot: Up to 150 C
3D Syringe | Cold: Down to -4 C
Power Supply Input
Pneumatic Air Fitting
208-220V 50/60 Hz Single Phase @ 20 Amp Isolated Receptacle (NEMA 6-20R)
Dimensions & Weight
36.8 in (w) x 29.5 in (d) x 52.9 in (h)
93.5 cm (w) x 75.0 cm (d) x 134.3 cm (h)
Ready to meet BAB400?
Book a demo or get a quote, she can't wait to meet you:
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.