Tissue Engineering

3D Materials for cell culture

3D scaffolds made of biopolymer fibres mimic the extracellular matrix in tissues and thus offer good growth conditions for various cell types.

AXO A3 3D Bioprinter

The AXO A3 is a next-gen 3D bioprinter that combines melt electrowriting and pneumatically / mechanically driven extrusion-based bioprinting.

AXO A6 3D Bioprinter

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

BugBox Ax® Anaerobic workstation

The new BugBox Ax is the smallest available anaerobic workstation with airlock for the cultivation of microbes in the absence of oxygen.

Concept 1000 Dual Workstations

The Concept 1000 Dual workstation offers efficiency and ensures precise, reliable results when growing microorganisms under anaerobic and microaerophilic conditions.

Concept 400 Workstations

The Concept 400 is designed for anaerobic microbial incubation with precise control of O2, humidity and temperature.

Concept 400-M Workstation

Concept 400-M benches are perfect for anaerobic or microaerophilic work. The Ezee sleeve system allows quick, direct hand access.

Concept 500 Workstations

The Concept 500 gives your microbial cultures the maximum safety and efficiency for precise and reliable results.

CondoCell

CondoCell is an isolated box for sensitive, adhesive cell cultures that adopts environmental conditions of an incubator or physoxic workbench.

ElastoSens™ Bio

Viscoelasticity measurement of soft biomaterials, non-destructive and contactless, e.g. in hydrogel formulation, tissue engineering, haemostatic agents, blood coagulation or 3D bioprinting.

InvivO2® 1000 Dual Physoxia Workstation

The InvivO2 1000 Dual is both incubator and sterile workstation with precise control over O2, CO2, temperature and humidity.

InvivO₂® 300 Hypoxia Workstation

The InvivO2 300 hypoxic workstation is perfect for working comfortably under optimal microaerophilic conditions for cell culture work and translational research.

InvivO₂® 400 Physoxia Workstation

The InvivO2 400 is both incubator and sterile workstation with new oxygen measurement technology and precise control over O2, CO2, temperature and humidity.

InvivO2® 500 Physoxia Workstation

The InvivO2 500 workstation creates physiological culture conditions for cells of all types in the range of low oxygen conditions in a predefined atmosphere.

OxyGenie Hypoxic Incubation Box

The portable OxyGenie culture system with a continuous hypoxic environment enables the transport of cells under hypoxic conditions.

SCI-tive Dual Asymmetric Physoxia Workstation

The laboratory workbench for in vitro conditions that simulate very well the physiological conditions in the tissue with regard to oxygen content, temperature and pH value.

SCI-tive Dual Symmetric Physoxia Workstation

This lab workbench creates in vitro conditions for a continuously stable physoxic or hypoxic cell culture environment to simulate physiological conditions in tissue.

SCI-tive Physoxia Workstation

SCI-tive workbenches are designed as a "lab in a box" to provide in vitro conditions for a continuously stable physoxic or hypoxic cell culture environment.

TisXell

The controlled environmental conditions in the biaxial bioreactor provide the optimal environment for strong growth and high proliferation rates of cell cultures.

VelO₂x

The optimal oxygen control chamber for short-term animal experiments on hypoxia or rapid change of oxygen concentration.