BioAssemblyBot 400 is an intelligent robot used by life scientists to build biological structures. BAB400 has a six-axis advantage - mimicking a human arm to bioprint, pick up biology, and complete complex assays.
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.
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 of BioAssemblyTools.
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 (like Cytiva's IN Cell Analyzer), with more integrations coming soon.
BioAssemblyBot 400 gives users an average 20x increase in 3D tissue model throughput compared to traditional methods while drastically reducing contamination risk.
Powered by tech. And people.
Design your science with ease on TSIM, our powerful 3D CAD software, that enables users to quickly design 3D biological models.
Drag & drop and rearrange your experimental protocol with BioApps to automate bioprocessing. Build your own or use a BioApp from the community.
Control BAB400 with an easy-to-use attached touch screen interface.
Our industry leading customer success team is ready to assist with installation, operations support, and even custom science development.
Compatible with the materials you already use.
With BioAssemblyBot 400 you can 3D bioprint hundreds of materials including some of these popular hydrogels, plastics, and pastes:
BioAssemblyBot 400 has been used in a variety of industries, including drug discovery, tissue therapeutics, biomaterials development, and precision medicine and is always ready for a new challenge. Here are a few of the cool things BAB400 has done:
Liver Toxicity Model
Contour Printed Cartilage
2021 BioAssemblyBot 400 Key Features & Specifications:
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
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)
More than a bioprinter.