BioAssemblyBot 200 compact bioprinter designed for automated sterile 3D biofabrication

Hello, versatility.

BioAssemblyBot 200 is a versatile powerhouse biofabrication machine. Whether you are using the four-axis arm bioprint, pick up well plates, or pipette material, BAB200 is built for the modern lab.

A tool for every need.

BAB200 swaps "hands" allowing users to 3D bioprint with temperature control, move well plates, and pipette with up to five different BioAssemblyBot Hands in one run.

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Advantages

Collaborate with others.

Supercharge your collaboration. Expand collaborative opportunities with new people and equipment that integrates directly into your existing lab ecosystem.

Solve problems, faster.

Prove your hypothesis in fast, efficient ways with automation. Get back to "doing the science" that you love by eliminating time consuming repetitive tasks.

Develop curative solutions.

Focus on deeply personalized medicine by implementing curative solutions and not just symptom management cost effective and time efficient solutions.

Scale up R&D.

Enable product innovation with quick testing and simplified complex manufacturing processes. Cause a positive impact on your department's bottom line.

Design with TSIM.

Create complex, biomimetic objects from medical imaging with easy-to-use point & click 3D software.

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ASLS BioApps platform for designing and running custom bioprinting workflows

Automate with BioApps.

Drag & drop and rearrange your experimental protocol or use one from the community.

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ASLS BioAssemblyBot 200 automating precision bioprinting tasks in compact form

Load in Materials & Go.

Add in your biomaterials and press Go. BAB will do the rest and let you know when she's done.

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Process

Gallery

BioAssemblyBot 200 Key Features & Specifications:

Tech Specs

Compare with other BioBots

HEPA Filtration System

UL cGMP Certified

4-Axis Robotic Arm

Use up to 5 compatible BioAssemblyBot Hands

Adaptive Tip Detection

Temperature Controlled Print Stage

Required electrical cabinet and touch screen interface not shown.

4-axis

Robotic Arm

BioAssemblyTools in a single run

Detached touch screen controls

HEPA Filtration Optional

Compatible

Build Volume

11 in (l) x 7 in (w) x 2.75 in (h)

27.9 cm (l) x 17.8 cm (w) x 6.9 cm (h)

3D Printing Technology

Pneumatic or Mechanical Dispense

BioAssemblyBot Hands Compatibility

Works with most tools

HEPA Specifications

HEPA Filtration Optional

Air Flow Requirements

100psi 1cfm

Base

Benchtop

Temperature Controls

Stage: 10 to 60 C

3D Syringe | Hot: Up to 150 C

3D Syringe | Cold: Down to 0 C

Connections

Power Supply Input

RJ45 CAT-5

Pneumatic Air Fitting

Electrical Panel

External

Electrical Requirements

Bioprinter:

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

External Electrical Panel:

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

NOTE: Standalone circuits required.

Dimensions & Weight

Bioprinter with HEPA filtration:

36.4 in (w) x 26.3 in (d) x 44.5 in (h)

92.46 cm (w) x 66.8 cm (d) x 113.03 cm (h)

175 lbs

79.38 kg

Bioprinter with enclosure:

36.4 in (w) x 26.3 in (d) x 31.4 in (h)

92.46 cm (w) x 66.8 cm (d) x 79.75 cm (h)

140 lbs

63.5 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)

Ready to meet BAB200?

Book a demo or get a quote, she can't wait to meet you:

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ASLS systems with official UL certification for safety and compliance.

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.