Heratherm Advanced Protocol Security Microbiological Incubators by Thermo Fisher Scientific
Incubators
Product Group:
1798-PP-02
1798-PP-02 71949
Heratherm Advanced Protocol Security Microbiological Incubators by Thermo Fisher Scientific
Heratherm Advanced Protocol Security Microbiological Incubators provide additional sample protection ideal for use in pharmaceutical and clinical labs
First microbiological incubators with a 140°C push button decontamination routine certified by an accredited microbiological institute
Features a lockable door, dual convection, audible alarm, stainless steel chamber and choice of stainless steel (AISI 304) or powder-coated steel exterior
Temperature range (°C) Ambient +5 °C to 105 °C
Includes: two removable shelves and lockable casters; additional shelves sold separately
Heratherm Advanced Protocol Security Microbiological Incubators provide additional sample protection ideal for use in pharmaceutical and clinical labs
First microbiological incubators with a 140°C push button decontamination routine certified by an accredited microbiological institute
Features a lockable door, dual convection, audible alarm, stainless steel chamber and choice of stainless steel (AISI 304) or powder-coated steel exterior
Temperature range (°C) Ambient +5 °C to 105 °C
Includes: two removable shelves and lockable casters; additional shelves sold separately
Applications: Bacterial research, Microbiology, Coliform determination, egg incubation, heated storage of media samples, gene cloning, pharmaceutical stability testing, food and beverage testing, hatching (insects and fish)
Security features:
140°C decontamination reduces contaminating microorganism; comparable to sterilization; eliminates the need for autoclaving of interior fittings
Alarm sounds when door is left open
Automatic over and under temperature alarm for superior sample protection
Lockable door for restricted access
Additional Features:
Internal glass doors allow sample viewing without impacting temperature of samples
Advanced digital timer: weekly, real time or hourly settings
Dual convection: provides application versatility, adjustable fan speed from 0 to 100%
Broad temperature range suitable to drying applications
Internal socket for easy connection of electrical device
Heratherm Advanced Protocol Microbiological Incubator - 6.7 cu. ft.
Heratherm Advanced Protocol Microbiological Incubator - 2.3 cu. ft.
Heratherm Large Capacity Microbiological Incubators
Thermo Scientific Microbiological Incubators
3.6.7 cu. ft. Heratherm Advanced Protocol Microbiological Incubators by Thermo Fisher Scientific with SS chamber available with optional stacking kit | 1798-48 displayedHeratherm Advanced Protocol Microbiological Incubator - 6.7 cu. ft.3.6.7 cu. ft. Heratherm Advanced Protocol Microbiological Incubators by Thermo Fisher Scientific with SS chamber available with optional stacking kit.
2.3 cu. ft. Heratherm Advanced Protocol Microbiological Incubators by Thermo Fisher Scientific features dual convection for application flexibility | 1798-37 displayedHeratherm Advanced Protocol Microbiological Incubator - 2.3 cu. ft.2.3 cu. ft. Heratherm Advanced Protocol Microbiological Incubators by Thermo Fisher Scientific features dual convection for application flexibility.
Heratherm Large Capacity Microbiological Incubators by Thermo Fisher Scientific in volume capacities of 13.3 and 27.3 cu. ft. | 5324-PP-01 displayedHeratherm Large Capacity Microbiological IncubatorsGeneral Protocol and Advanced Protocol Security models feature rounded corners, microprocessor control, overtemperature alarm and a stainless steel interior
Features demonstrated in short video of the Microbiological Incubator from Thermo ScientificThermo Scientific Microbiological IncubatorsThermo Scientific Heratherm Microbiological Incubator shown in a short demonstration video
Dual Convection Technology of Heratherm Advanced Protocol Security Incubators
Dual Convection Technology combines the function of gravity convection and mechanical convection systems to create a high-performing, efficient and widely adaptable incubation platform. The featured adjustable fan speed allows users to specify operating parameters to optimize their individual experiments. When the fan is switched off, the evaporation occurring in the incubator is at its lowest. When the fan is set to 100%, the temperature stability and uniformity is optimized.
Gravity Convection
Gravity convection introduces heated air into the bottom of the incubator and gravity causes the warmer air to rise and be distributed throughout the incubator. With less air being displaced, there is no need for a fan because gravity provides the force needed to distribute the warm air that gently heats samples. This convection mode prevents samples from drying out during incubations. Gravity convection technology is ideal for incubation of bacterial and eukaryotic cell cultures, but is limited by the degree to which air can be heated and the time it takes for an incubator to recover after the door is opened.
Mechanical Convection
Mechanical convection utilizes a fan that delivers heated air throughout the incubator creating a uniform temperature distribution throughout the unit. This method provides optimal temperature uniformity and stability due to the rapid distribution of air, which is ideal for bacterial cultures. In addition, mechanical convection is capable of quickly warming samples that have been transferred directly from the refrigerator to the incubator. Many laboratories choose mechanical convection incubators during sample drying to prevent the evaporation of growth media.
Applications for Heratherm Advanced Protocol Security Microbiological Incubators
Clinical and Medical labs: microbiological diagnostic testing
Pharmaceutical: quality control testing, safety and testing efficacy of manufactured products
Food: screening for bacterial contamination
Research and biotech labs: bacterial growth, gene expression studies, production of recombinant proteins
Large Capacity Heratherm Microbiological Incubator Small, Left Access Port
Small Access Left Port (0.94” diameter) compatible with Heratherm Large Capacity Microbiological Incubators by Thermo Fisher Scientific: 1711-46 Large Access Left port with 2.28” diameter also available.
Heratherm Large Capacity Microbiological Incubator Top Access Port
Top Access Port for Heratherm Large Capacity Microbiological Incubators.
Rounded Inner Chamber Corners
Heratherm Microbiological Incubators by Thermo Fisher Scientific feature a corrosion-resistant stainless steel inner chamber with rounded corners for easy cleaning
Adjustable Shelving System
Thermo Fisher Scientific designed Heratherm Microbiological Incubators with an adjustable shelving system for optimum storage capacity; additional stainless steel perforated shelves are sold separately.
Fluorescent Vacuum Display
Heratherm Series Microbiological Incubators by Thermo Fisher Scientific feature a vacuum fluorescent display that shows temperature setting and timer
Internal Duplex Outlet
Internal socket connects electrical devices such as stirrers and shakers.
Catalog of CE-Marked Products
Terra offers over 1,700 CE-marked products configured for international voltage requirements
Available Accessories
Popular Accessories
For a full list of accessories, select a product then click Choose Accessories on that product page.
Universal base stands support and stabilize various equipment sizes. Adjustable telescoping members allow for a precise fit. Choose between stainless and powder-coated steel to fit your desired application.
Universal Stand Adjusts to Fit a Wide Range of Equipment
Terra's Universal stands easily adjust to fit a wide range of equipment. Multi-purpose stand frames are suitable for many types of cleanroom equipment, including refrigerators, freezers, incubators, ovens, and vacuum chambers.
SS Perforated Shelves for Heratherm Microbiological Incubators
2.3 cu. ft. Heratherm Advanced Protocol Security Microbiological Incubators accommodate a maximum of 13 shelves with a 55 lb. shelf load; additional shelf sizes available.
Particle filter for External Sample Sensor
Particle Filter for External Sample Sensor ensures compliance by providing independent verification of sample temperatures; compatible with all Heratherm Advanced Protocol Microbiological Incubators.
Fresh Air Particle Filter for Heratherm Microbiological Incubators
Fresh Air Particle Filter reduces contaminants and maintenance by filtering fresh air into Heratherm Advanced Protocol Security Microbiological Incubator prior to heating.
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Dual Convection Technology of Heratherm Advanced Protocol Security Incubators
Dual Convection Technology combines the function of gravity convection and mechanical convection systems to create a high-performing, efficient and widely adaptable incubation platform. The featured adjustable fan speed allows users to specify operating parameters to optimize their individual experiments. When the fan is switched off, the evaporation occurring in the incubator is at its lowest. When the fan is set to 100%, the temperature stability and uniformity is optimized.
Gravity Convection
Gravity convection introduces heated air into the bottom of the incubator and gravity causes the warmer air to rise and be distributed throughout the incubator. With less air being displaced, there is no need for a fan because gravity provides the force needed to distribute the warm air that gently heats samples. This convection mode prevents samples from drying out during incubations. Gravity convection technology is ideal for incubation of bacterial and eukaryotic cell cultures, but is limited by the degree to which air can be heated and the time it takes for an incubator to recover after the door is opened.
Mechanical Convection
Mechanical convection utilizes a fan that delivers heated air throughout the incubator creating a uniform temperature distribution throughout the unit. This method provides optimal temperature uniformity and stability due to the rapid distribution of air, which is ideal for bacterial cultures. In addition, mechanical convection is capable of quickly warming samples that have been transferred directly from the refrigerator to the incubator. Many laboratories choose mechanical convection incubators during sample drying to prevent the evaporation of growth media.
Applications for Heratherm Advanced Protocol Security Microbiological Incubators
Clinical and Medical labs: microbiological diagnostic testing
Pharmaceutical: quality control testing, safety and testing efficacy of manufactured products
Food: screening for bacterial contamination
Research and biotech labs: bacterial growth, gene expression studies, production of recombinant proteins