Cell Biology

3D Materials for cell culture

Nanofiber scaffolds from Nanofiber Solutions™ mimic the extracellular matrix in tissues and thus offer suitable growth conditions for various cell types, whether used directly in the body or in the…

AXO A3 3D Bioprinter

AXO A3 is the next-generation 3D bioprinting system which combines melt electrowriting, pneumatic extrusion-based, and mechanical driven extrusion-based bioprinting on the same platform.

AXO A6 3D Bioprinter

AXO A6 is a versatile multitasking 3D biofabrication station. With its six independent printhead slots, A6 can perform multiphased bioprinting.

BioFlux™ 1000Z

The BF1000 has been developed to perform flow-based assays automatically at high throughput rates. The BF1000Z consists of the BioFlux controller and a Zeiss microscope. The screw cap of the BioFlux…

BioFlux™ 200

Fluxion's BioFlux™ 200 system enables cell-based assays to be performed under physiological flow conditions. The use of microplates with integrated microfluidics combines the simplicity and high…

Breez™ Bioreactor System (for cell therapy)

Erbi Breez™ True Perfusion™ microbioreactor system: new scale-down model for high performance cell culture in therapy development & personalized medicine.

Cedex HiRes® Analyzer

The Cedex HiRes® Analyzer is a fully automated, image-based cell analyzer providing information about cell concentration, viability, aggregates, and morphological parameters, such as cell diameter and…

cellZscope

The cellZscope-series are computer-controlled devices that measure the impedance of barrier-forming cell cultures grown on permeable membranes. The cellZscope systems measure and record the TEER of…

CondoCell

CondoCell is an isolation box for sensitive cell cultures in T-flasks, Petri dishes or multiwell plates. It captures the environment of any incubator or physoxic workstation making continuous,…

ElastoSens™ Bio

ElastoSens Bio is a viscoelasticity testing platform that uses vibrations to obtain non-destructive contactless viscoelastic measurements of soft matter.

InvivO2® 1000 Dual Physoxia Workstation

The InvivO₂ 1000 Dual workbench has a precise control over O₂, CO₂, temperature and humidity. It provides physiological culture conditions for cells of all types in the low oxygen range in a…

InvivO₂® 300 Hypoxia Workstation

With Baker Ruskinns InvivO₂® 300 hypoxic chamber you can study even the most complex cell interactions under perfect hypoxic or anoxic conditions: The workstation provides accurate, stable, and…

InvivO₂® 400 Physoxia Workstation

The InvivO₂® 400 workbench has a precise control over O₂, CO₂, temperature and humidity. It provides physiological culture conditions for cells of all types in the low oxygen range in a predefined…

InvivO2® 500 Physoxia Workstation

The InvivO₂® 500 workbench has a precise control over O₂, CO₂, temperature and humidity. It provides physiological culture conditions for cells of all types in the low oxygen range in a predefined…

N1 Single-Cell Dispenser

Applications requiring the isolation, sorting and dispensing of single cells, such as B-cell identification for antibody discovery, or monoclonal CHO cell line development, are now easier with the N1…

OsmoTECH® Osmometer

The OsmoTECH® Single-Sample Micro-Osmometer has been specially developed for the demanding requirements of the biotech industry. Precise and easy to handle, OsmoTECH® fits perfectly into up- and…

OsmoTECH® PRO Osmometer

The OsmoTECH® PRO from Advanced Instruments is the only multi-sample osmometer designed to support 21 CFR Part 11 compliance, and it offers flexibility to configure these features to your specific…

OsmoTECH® XT Osmometer

The OsmoTECH® XT Single-Sample Micro-Osmometer has been specially developed for the demanding requirements of the biotech industry. It is also used for the measurement of viscous samples. Precise and…

OxyGenie

The OxyGenie is a culture system allowing for the transport of cells under hypoxic conditions. This portable system is equipped with a continuous hypoxic environment for short term physiological…

PhO₂x Box Physoxic Chamber

The PhO₂x Box is an easy-to-use physoxia / hypoxia system that is developed for invitro cell culture experiments. It consists of a controller with O₂ and CO₂ control and a cell culture chamber made of…

Pu•MA System™ 3D

The Pu•MA system has been designed to automate assays for spheroids or organoids by maintaining the 3D cell model in a special desigend flowchip to allow automated media or reagent exchanges.

SCI-tive Dual Asymmetric Physoxia Workstation

The SCI-tive was designed as a "Lab in a box" to create in vitro conditions for a continuously stable, physoxic or hypoxic cell culture environment. This simulates the physiological conditions in the…

SCI-tive Dual Symmetric Physoxia Workstation

The SCI-tive was designed as a "Lab in a box" to create in vitro conditions for a continuously stable, physoxic or hypoxic cell culture environment. This simulates the physiological conditions in the…

SCI-tive Physoxia Workstation

The SCI-tive was designed as a "Lab in a box" to create in vitro conditions for a continuously stable, physoxic or hypoxic cell culture environment. This simulates the physiological conditions in the…

TisXell

The TisXell system provides the optimal environment for strong growth and high proliferation rates of cell cultures. The controlled environmental conditions in the biaxial bioreactor allow very good…

VelO₂x

The VelO2x system is an optimal tool for all short-term animal experiments about hypoxia or that require a rapid change in oxygen concentration. Learn more.

W8 Physical Cytometer System

The W8 is a flow-based system able to simultaneously measure weight, mass density and size of sphere-like biological samples. The physical characterization is based on the gravimetric method of a…

WOLF® Cell Sorter

The WOLF Cell Sorter allows for gentle analysis, sorting and plating of cells based on its microfluidic technology. By using sterile, disposable fluidics, cross contaminations are prevented. Learn…

WOLF® G2 Cell Sorter

The WOLF G2 Cell Sorter allows for gentle analysis, sorting and plating of cells based on microfluidic technology. By using sterile, disposable fluidics, system clean-up becomes fast and cross…