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ioStorageBot™ Benchtop automated cold storage system designed for small-footprint, high-efficiency sample preservation in res
fficial UL certification document verifying compliance with safety regulations for bioprinting and laboratory automation syst

BioStorageBot Benchtop is a modular, versatile incubator and perfusion system for the growth, differentiation, and maintenance of cells and 3D tissues.

Perfuse tissue and incubate.

BioStorageBot™ Benchtop integrated into an automated tissue engineering workflow, supporting secure storage of cells, organoi
Overview

Configurable for you.

BioStorageBot Benchtop is configurable for multi-well plates, culture dishes, transwell, or custom culture formats. BSB Benchtop establishes optimal culturing conditions via built-in temperature, carbon dioxide, and humidity control. Infrared-based carbon dioxide sensors operate accurately over a broad range (0 to 20%).

esearcher interacting with the BioStorageBot™ Benchtop, accessing stored biological samples through the system’s automated in

Perfusion Ready.

Perfusion configurations include an automated time-based scheduler for variable flows of user specified media in a 2 Drip and 1 Sip per BSB Benchtop. Conditions for each tray can be set, monitored, and logged remotely for independent drip flow rates.

Advantages

Gain more time.

Make better tissue models. Prove your hypotheses in a more efficient manner. Do the science you always dreamt of doing.

Lab Experiments

Better 3D Cell Cultures.

Create better 3D cell cultures to allow you to fail fast forward.

Gallery
Tech Specs

BioStorageBot Benchtop Key Features & Specifications

Touch Screen Control Panel
Available Configurations:
2 Drawer Perfusion & Incubation
or 4 Drawer Incubation Only
Carbon Dioxide Control
Temperature Control
Humidity Control
Fits in Biosafety Cabinets
UL cGMP Certified
esearcher interacting with the BioStorageBot™ Benchtop, accessing stored biological samples through the system’s automated in
BioApps software interface showing automated workflow design for 3D bioprinting and organoid culture.

Incubation

Precision syringe loaded with bioink for automated dispensing during 3D bioprinting of tissue constructs.

Integrates with Standard Syringe Pumps

BioAssemblyBot™ 400, a fully enclosed robotic bioprinter designed for automated 3D tissue fabrication in sterile laboratory e

Automated integration with BioAssemblyBots 400, & 500

Drawer Configurations Available

4 Incubation Drawers

2 Incubation and Perfusion Drawers

Air Source Required

with Perfusion Drawers

100 psi 1cfm

Temperature Controls

Ambient to 40C

Electrical Requirements

110 VAC Single Phase at 15 Amps

or 220 VAC Single Phase at 7.5 Amps

(NEMA 5-15R)

temp.emperature-controlled system maintaining stable environmental conditions for sensitive biological samples and tissue con

Temperature Control

Biosafety Cabinet

Compatible

PerfuseIt™ automated perfusion system designed to maintain nutrient flow through 3D bioprinted tissues and organoids for enha

Compatible Cassettes Available

Biosafety Cabinet Compatibility

Works with most

Carbon Dioxide Source Requirements

Regulated 2.5 to 3.0 psi

Carbon Dioxide Controls

0 to 5%

Connections

Power Supply Input

Water Supply Input

Water Drain Output

Air Supply Input

Carbon Dioxide Supply Input

RJ45 CAT-6

USB-A & USB-C

HDMI & Display Port

Pump Array Power

Pump Array Communication 

Automated perfusion system delivering media through 3D tissue constructs to support nutrient flow and maintain viability in e

Perfusion

BioApps software interface showing automated workflow design for 3D bioprinting and organoid culture.

Touch Screen Controls

Comprehensive overview diagram showing the integration of BioApps software with BioAssemblyBot™ robotic bioprinters, perfusio

Compatible

Base

Benchtop or Biosafety Cabinet

Water Source

Requirements

Distilled Water Only

Humidity Controls

93% +/- 3%

Dimensions & Weight

11.75 in (w) x 23.25 in (d) x 13.6 in (h)

29.84 cm (w) x 59.05 cm (d) x 34.54 cm (h)

ioStorageBot™ Benchtop automated cold storage system designed for small-footprint, high-efficiency sample preservation in res
ioStorageBot™ Benchtop automated cold storage system designed for small-footprint, high-efficiency sample preservation in res
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fficial UL certification document verifying compliance with safety regulations for bioprinting and laboratory automation syst

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.

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