Laboratory Equipment

Features and Benefits Closed-system centrifuge tubes, self-standing with a dip tube and polytetrafluoroethylene polymer (PTFE) membrane filter, equipped with modern high-density polyethylene centriStar &#8482 caps Cap has a roll-over configuration

Corning CoolBox 2XT systems are bench top cooling workstations that accomodate two CoolRacks and provide sample cooling or freezing without ice, electricity or batteries. CoolBox systems are versatile and accommodate a variety of sample formats and

Corning CoolBox 2XT systems are bench top cooling workstations that accomodate two CoolRacks and provide sample cooling or freezing without ice, electricity or batteries. CoolBox systems are versatile and accommodate a variety of sample formats and

Corning CoolBox 2XT systems are bench top cooling workstations that accomodate two CoolRacks and provide sample cooling or freezing without ice, electricity or batteries. CoolBox systems are versatile and accommodate a variety of sample formats and

Corning CoolBox 2XT systems are bench top cooling workstations that accomodate two CoolRacks and provide sample cooling or freezing without ice, electricity or batteries. CoolBox systems are versatile and accommodate a variety of sample formats and

Corning &#174 CoolCell &#8482 freezer containers are ideal for cryopreservation of stem cells, primary cells, PBMC, cell lines, insect cells, yeast, and others. The proprietary Corning CoolCell technology utilizes a thermo-conductive alloy core

Corning &#174 CoolCell &#8482 freezer containers are ideal for cryopreservation of stem cells, primary cells, PBMC, cell lines, insect cells, yeast, and others. The proprietary Corning CoolCell technology utilizes a thermo-conductive alloy core

CoolCelll FTS30 utilizes a solid state core and controlled microconvection technology to evenly draw in -80°C freezer air through a bottom base vent, uniformly disperse the cold air around each vial in the central chamber and then release the

CoolCelll FTS30 utilizes a solid state core and controlled microconvection technology to evenly draw in -80°C freezer air through a bottom base vent, uniformly disperse the cold air around each vial in the central chamber and then release the

CoolCelll FTS30 utilizes a solid state core and controlled microconvection technology to evenly draw in -80°C freezer air through a bottom base vent, uniformly disperse the cold air around each vial in the central chamber and then release the

CoolCelll FTS30 utilizes a solid state core and controlled microconvection technology to evenly draw in -80°C freezer air through a bottom base vent, uniformly disperse the cold air around each vial in the central chamber and then release the

CoolCelll FTS30 utilizes a solid state core and controlled microconvection technology to evenly draw in -80°C freezer air through a bottom base vent, uniformly disperse the cold air around each vial in the central chamber and then release the