HypOxygen
Supplier of laboratory equipment for controlled-atmosphere cell and tissue culture and related workflows. Equipment and consumables include workstations that control oxygen, carbon dioxide, humidity and temperature; microfluidic culture chambers; perfusion and mechanically active bioreactors; optical dissolved-oxygen sensors; media conditioning devices for dissolved-gas equilibration; disposable optical hemocytometers; incubator-compatible live-cell imaging; and laboratory liquid aspiration systems. Products support research requiring defined atmospheric, flow or mechanical conditions.
Industries
Nr. of Employees
small (1-50)
HypOxygen
Products
Controlled-atmosphere workstations (multiple sizes and configurations)
Enclosed laboratory workstations for maintaining defined oxygen, CO2, humidity and temperature with options for airlocks, gloveports, removable front panels, internal power sockets, and HEPA/GMP configurations. Systems include touchscreen control, integrated gas management, data logging and oxygen profiling.
Optical dissolved-oxygen sensor systems
Systems comprising disposable sensing patches and compact optical readers for noninvasive measurement of gaseous and dissolved oxygen, with PC software for calibration, graphing and multi-unit management.
Media conditioning / dissolved-gas equilibration unit
Device to equilibrate dissolved gases in liquid culture media to a target low-oxygen atmosphere, reducing the time required to condition media for hypoxic experiments and integrating with airlock workflows.
Microfluidic culture chips
Microfluidic culture chambers intended to recreate in vivo-like microenvironments for cells and tissues, available in flow, gradient and transflow formats to support organ-on-chip and related assays.
Perfusion flow culture bioreactors and disposable chambers
Bioreactor platforms with integrated peristaltic pumping and disposable perfusion chambers to support 3D scaffold culture under controlled flow and mass-transport conditions.
Mechanical stimulation bioreactor systems
Systems that deliver multiple mechanical loading modes (tension, compression, pulsatile), hydrostatic pressure and optional electrical stimulation; include force measurement options and microscopy-compatible chamber windows.
Controlled-atmosphere workstations (multiple sizes and configurations)
Enclosed laboratory workstations for maintaining defined oxygen, CO2, humidity and temperature with options for airlocks, gloveports, removable front panels, internal power sockets, and HEPA/GMP configurations. Systems include touchscreen control, integrated gas management, data logging and oxygen profiling.
Optical dissolved-oxygen sensor systems
Systems comprising disposable sensing patches and compact optical readers for noninvasive measurement of gaseous and dissolved oxygen, with PC software for calibration, graphing and multi-unit management.
Media conditioning / dissolved-gas equilibration unit
Device to equilibrate dissolved gases in liquid culture media to a target low-oxygen atmosphere, reducing the time required to condition media for hypoxic experiments and integrating with airlock workflows.
Microfluidic culture chips
Microfluidic culture chambers intended to recreate in vivo-like microenvironments for cells and tissues, available in flow, gradient and transflow formats to support organ-on-chip and related assays.
Perfusion flow culture bioreactors and disposable chambers
Bioreactor platforms with integrated peristaltic pumping and disposable perfusion chambers to support 3D scaffold culture under controlled flow and mass-transport conditions.
Mechanical stimulation bioreactor systems
Systems that deliver multiple mechanical loading modes (tension, compression, pulsatile), hydrostatic pressure and optional electrical stimulation; include force measurement options and microscopy-compatible chamber windows.
Expertise Areas
- Controlled-atmosphere and hypoxic cell culture
- Perfusion-based bioreactor design and disposable chamber workflows
- Mechanical conditioning of engineered tissues
- Optical dissolved-oxygen measurement and sensor readout
Key Technologies
- Gas-controlled workstation engineering (integrated gas control and profiling)
- Fluorescence-quenching/time-resolved optical oxygen sensing
- Microfluidics for cell and tissue culture
- Peristaltic/perfusion pumping systems
News & Updates
A searchable list of peer-reviewed publications by users of controlled-atmosphere workstations, covering cancer, microbiology, neurology and other fields where oxygen conditions are critical.
Reference to a controlled-atmosphere workstation installed for pancreatic cancer research, used to study hypoxia-related transcription factors and cancer cell metabolism.
A searchable list of peer-reviewed publications by users of controlled-atmosphere workstations, covering cancer, microbiology, neurology and other fields where oxygen conditions are critical.
Reference to a controlled-atmosphere workstation installed for pancreatic cancer research, used to study hypoxia-related transcription factors and cancer cell metabolism.