Incubator 120V 58 C

Thermometer

Automated Incubator

Automated Incubator

Bacteriological incubator

A mains electricity (AC-powered) device intended to provide ideal conditions for the growth of microorganisms or mammalian cells in culture by automatically monitoring and controlling temperature, humidity, and gaseous conditions [e.g., carbon dioxide (CO2) and oxygen (O2) concentrations]. It typically consists of multiple shelves which hold cells in culture media (e.g., in microplates, petri dishes, flasks) and may have an integrated robotic transfer arm for loading and unloading the incubator onto other instruments in a clinical or research laboratory environment.

A mains electricity (AC-powered) device intended to provide ideal conditions for the growth of microorganisms or mammalian cells in culture by automatically monitoring and controlling temperature, humidity, and gaseous conditions [e.g., carbon dioxide (CO2) and oxygen (O2) concentrations]. It typically consists of multiple shelves which hold cells in culture media (e.g., in microplates, petri dishes, flasks) and may have an integrated robotic transfer arm for loading and unloading the incubator onto other instruments in a clinical or research laboratory environment.

A mains electricity (AC-powered) device intended to provide ideal conditions for the growth of microorganisms or mammalian cells in culture by automatically monitoring and controlling temperature, humidity, and gaseous conditions [e.g., carbon dioxide (CO2) and oxygen (O2) concentrations]. It typically consists of multiple shelves which hold cells in culture media (e.g., in microplates, petri dishes, flasks) and may have an integrated robotic transfer arm for loading and unloading the incubator onto other instruments in a clinical or research laboratory environment.

A mains electricity (AC-powered) device intended to provide ideal conditions for the growth of microorganisms or mammalian cells in culture by automatically monitoring and controlling temperature, humidity, and gaseous conditions [e.g., carbon dioxide (CO2) and oxygen (O2) concentrations]. It typically consists of multiple shelves which hold cells in culture media (e.g., in microplates, petri dishes, flasks) and may have an integrated robotic transfer arm for loading and unloading the incubator onto other instruments in a clinical or research laboratory environment.

A mains electricity (AC-powered) device intended to provide ideal conditions for the growth of microorganisms or mammalian cells in culture by automatically monitoring and controlling temperature, humidity, and gaseous conditions [e.g., carbon dioxide (CO2) and oxygen (O2) concentrations]. It typically consists of multiple shelves which hold cells in culture media (e.g., in microplates, petri dishes, flasks) and may have an integrated robotic transfer arm for loading and unloading the incubator onto other instruments in a clinical or research laboratory environment.

A mains electricity (AC-powered) device intended to provide ideal conditions for the growth of microorganisms or mammalian cells in culture by automatically monitoring and controlling temperature, humidity, and gaseous conditions [e.g., carbon dioxide (CO2) and oxygen (O2) concentrations]. It typically consists of multiple shelves which hold cells in culture media (e.g., in microplates, petri dishes, flasks) and may have an integrated robotic transfer arm for loading and unloading the incubator onto other instruments in a clinical or research laboratory environment.

A mains electricity (AC-powered) device intended to provide ideal conditions for the growth of microorganisms or mammalian cells in culture by automatically monitoring and controlling temperature, humidity, and gaseous conditions [e.g., carbon dioxide (CO2) and oxygen (O2) concentrations]. It typically consists of multiple shelves which hold cells in culture media (e.g., in microplates, petri dishes, flasks) and may have an integrated robotic transfer arm for loading and unloading the incubator onto other instruments in a clinical or research laboratory environment.

A mains electricity (AC-powered) device intended to provide ideal conditions for the growth of microorganisms or mammalian cells in culture by automatically monitoring and controlling temperature, humidity, and gaseous conditions [e.g., carbon dioxide (CO2) and oxygen (O2) concentrations]. It typically consists of multiple shelves which hold cells in culture media (e.g., in microplates, petri dishes, flasks) and may have an integrated robotic transfer arm for loading and unloading the incubator onto other instruments in a clinical or research laboratory environment.

A mains electricity (AC-powered) device intended to provide ideal conditions for the growth of microorganisms or mammalian cells in culture by automatically monitoring and controlling temperature, humidity, and gaseous conditions [e.g., carbon dioxide (CO2) and oxygen (O2) concentrations]. It typically consists of multiple shelves which hold cells in culture media (e.g., in microplates, petri dishes, flasks) and may have an integrated robotic transfer arm for loading and unloading the incubator onto other instruments in a clinical or research laboratory environment.

A mains electricity (AC-powered) device intended to provide ideal conditions for the growth of microorganisms or mammalian cells in culture by automatically monitoring and controlling temperature, humidity, and gaseous conditions [e.g., carbon dioxide (CO2) and oxygen (O2) concentrations]. It typically consists of multiple shelves which hold cells in culture media (e.g., in microplates, petri dishes, flasks) and may have an integrated robotic transfer arm for loading and unloading the incubator onto other instruments in a clinical or research laboratory environment.

A mains electricity (AC-powered) device intended to provide ideal conditions for the growth of microorganisms or mammalian cells in culture by automatically monitoring and controlling temperature, humidity, and gaseous conditions [e.g., carbon dioxide (CO2) and oxygen (O2) concentrations]. It typically consists of multiple shelves which hold cells in culture media (e.g., in microplates, petri dishes, flasks) and may have an integrated robotic transfer arm for loading and unloading the incubator onto other instruments in a clinical or research laboratory environment.

WASPLab®

WASPLab® Conveyor

WASPLab® Single Incubator

WASPLab® Double Incubator

WASPLab® Server

Table Top MicroHood

ISOTEMP 5L GP BATH

ISOTEMP 15L SHAKING BATH

ISOTEMP 10L GP BATH

ISOTEMP 20L GP BATH

ISOTEMP 5 AND 10L DUAL GP BATH

ACCUSPIN MICROR 17R W STD RTR

ACCUSPIN MICRO 17 1EA

Dry Bath Incubator, Digital, Two 4-place 50ml heat blocks, 12vDC, 90-24

Dry bath incubator, Digital, One 12-place 15ml heat block and One 4-place 50ml heat block

Dry Bath Incubator, Digital, Two 12-place 15ml heat blocks, 12vDC, 90-24

Ready Warm Wall Incubator: Digital, 15 liter, 4 shelf, wall-mounted incubator, 100-240V AC adapter

Incubator; 10 Liter (.35 cubic feet)

Incubator; 10 Liter (.35 cubic feet)

Incubator; 20 Liter (0.7 cubic feet)

Incubator; 20 Liter (0.7 cubic feet)

Incubator; 30 Liter (1.0 cubic feet)

Water Bath - circulating, variable temp, 10 liter, 110V

Water Bath - circulating, variable temp, 10 liter, 220V

Water Bath - circulating, variable temp, 20 liter, 110V

Water Bath - circulating, variable temp, 20 liter, 220V

SMALL GRAPHIC CASE FOR SMALL BATTERY DRIVE SET

COMPACT WATER BATH

WATER BATH HEATER

WATER BATH TRAY

WATER BATH STERILITY COVER