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The future of curative healthcare.

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BioAssemblyBot 500 provides the next level of environmental control over the biofabrication process. The six-axis robotic arm and the collection of tools make BAB500 a unique offering for tissue engineering. With it being housed in a biosafety cabinet to ensure a sterile environment, life scientists will have further control over all parameters in their assays.

 

Building 3D biology for humans.

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BioAssemblyBot 500 is the only six-axis biofabrication device with an integrated class II, type-a biosafety cabinet. BAB500 can be easily taught to translate your biology recipe into clinical solutions. 

 

Can I get a hand?

BioAssemblyBot 500 swaps "hands" - giving users the ability to 
3D bioprint while controlling temperature, pressure, UV exposure, and more with our ever-growing catalog of BioAssemblyTools.

 

Where technology meets function.

Design your science with ease on TSIM, our powerful 3D CAD software, that enables users to quickly design 3D biological models.

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Drag & drop and rearrange your experimental protocol with BioApps to automate bioprocessing. Build your own or use a BioApp from the community.

Control BAB500 with an easy-to-use attached touch screen interface. 

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An Advanced Solutions scientist providing customer support via telepresence while looking at the TSIM 3D CAD bioprinting software screen

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 500 you can 3D bioprint hundreds of materials including some of these popular hydrogels, plastics, and pastes:

 
 

2021 BioAssemblyBot 500 Key Features & Specifications:

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6-axis

Robotic Arm

10

BioAssemblyTools in a single run

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Attached touch screen controls

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HEPA Filtration

Clean Room

Ready

Biosafety Cabinet

Integrated

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Compatible

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Compatible

Build Volume

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

BioAssemblyTools Compatibility

Works with all tools

HEPA Specifications

99.97% of particles to 0.3 µ

Biosafety Cabinet Compatibility

Integrated Class-II, Type-A

Air Flow Requirements

100psi 1cfm

Base

Powered lift base

Temperature Controls

Stage: 10 to 60 C

3D Syringe | Hot: Up to 150 C

3D Syringe | Cold: Down to -4 C

Connections

Power Supply Input 

RJ45 CAT-5 

Pneumatic Air Fitting

Electrical Panel

External (w/ under device cubby)

Electrical Requirements

Bioprinter:

208-220V 50/60 Hz Single Phase @ 15 Amp Isolated Receptacle (NEMA 6-20R)


External Electrical Panel:

208-220V 50/60 Hz Single Phase @ 20 Amp Isolated Receptacle (NEMA 6-20R)


NOTE: Standalone circuits required.

Dimensions & Weight

Bioprinter:

65.125 in (w) x 33.25 in (d) x 75.6875 (h)

165.42 cm (w) x 84.46 cm (d) x 192.25 cm (h)

1200 lbs

544.31 kg


External Electrical Panel:

24 in (w) x 29 in (d) x 23 in (h)

60.96 cm (w) x 73.66 cm (d) x 58.42 cm (h)

 
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The most advanced bioassembly platform.

 

Ready to build your BioAssemblyBot 500?

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¹The Advanced Solutions 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.