Refrigerated Incubators

The energy saving thermoelectric cooling system provides improved temperature uniformity and up to 78% less power than traditional compressor based models. These units are covered under a two year warranty and are certified to current global standards.

The energy saving thermoelectric cooling system provides improved temperature uniformity and up to 78% less power than traditional compressor based models. These units are covered under a two year warranty and are certified to current global standards.

SHEL LAB B.O.D. Thermoelectric cooled low temperature incubators are ideal for testing of sewage and wastewater, as well as other low and room temperature applications.

Innovative peltier cooling technology, eliminates the need for a refrigeration compressor. These units use over 70% less power than alternative models and reduce room air conditioning loads by 75%. They also include strong shelves, which eliminates sagging. These incubators meet APHA specifications for Biochemical Oxygen Demand (B.O.D.) and include a mechanical convection system to ensure even air distribution, digital temperature set controller, over temperature limit control, door ajar alarm and a digital temperature display.

The energy saving thermoelectric cooling system provides improved temperature uniformity and up to 78% less power than traditional compressor based models. These units are covered under a two year warranty and are certified to current global standards.

The energy saving thermoelectric cooling system provides improved temperature uniformity and up to 78% less power than traditional compressor based models. These units are covered under a two year warranty and are certified to current global standards.

Thermoelectric Cooled Incubator, 19.3 Cu.Ft. (300 Bottle) Capacity.

SHEL LAB Diurnal growth chambers are designed for studies requiring day and nighttime simulation. This unit features dual-program selector dials, which allows control of two temperature conditions and an ON/OFF illumination cycle relative to the program selected. Each system operates independently allowing for simulation of a diurnal cycle, such as an eight hour day cycle of 30°C with light followed by a sixteen hour night cycle of 18°C without light. Forced air circulation ensures the most reproducible test conditions. The chamber air is gently and continuously circulated at a rate that ensures temperature uniformity of all test samples.

Thermoelectric Cooled Incubator, 19.3 Cu.Ft. (300 Bottle) Capacity.

SHEL LAB Diurnal growth chambers are designed for studies requiring day and nighttime simulation. This unit features dual-program selector dials, which allows control of two temperature conditions and an ON/OFF illumination cycle relative to the program selected. Each system operates independently allowing for simulation of a diurnal cycle, such as an eight hour day cycle of 30°C with light followed by a sixteen hour night cycle of 18°C without light. Forced air circulation ensures the most reproducible test conditions. The chamber air is gently and continuously circulated at a rate that ensures temperature uniformity of all test samples.

The energy saving thermoelectric cooling system provides improved temperature uniformity and up to 78% less power than traditional compressor based models. These units are covered under a two year warranty and are certified to current global standards.

The energy saving thermoelectric cooling system provides improved temperature uniformity and up to 78% less power than traditional compressor based models. These units are covered under a two year warranty and are certified to current global standards.

Shaking incubators, also know as environmental shakers, are often used for cell culturing, cell aeration, and solubility studies. In addition to stable temperature conditions, they use an orbital agitation at variable speeds to affect the growth of cell cultures. This is why the SHEL LAB floor model shaking incubators have adjustable stroke lengths to accommodate various cells and applications. This gives flexibility in adjusting the speed and orbit to meet each application. The SSI5R-HS achieves speeds up to 850 RPMs

Shaking incubators, also know as environmental shakers, are often used for cell culturing, cell aeration, and solubility studies. In addition to stable temperature conditions, they use an orbital agitation at variable speeds to affect the growth of cell cultures. This is why the SHEL LAB floor model shaking incubators have adjustable stroke lengths to accommodate various cells and applications. This gives flexibility in adjusting the speed and orbit to meet each application. The SSI5R-HS achieves speeds up to 850 RPMs

The SHEL LAB Large Capacity Shaking Incubators deliver all the features you appreciate in the SHEL LAB Shaking Incubator line, with even greater load capacity. The unit performs from 30-400 RPM’s with a smooth, quiet oscillation. The door of these units are designed with hydraulic pistons making it easy to lift during loading and unloading.

Shaking incubators, also know as environmental shakers, are often used for cell culturing, cell aeration, and solubility studies. In addition to stable temperature conditions, they use an orbital agitation at variable speeds to affect the growth of cell cultures. This is why the SHEL LAB floor model shaking incubators have adjustable stroke lengths to accommodate various cells and applications. This gives flexibility in adjusting the speed and orbit to meet each application. The SSI5R-HS achieves speeds up to 850 RPMs

The SHEL LAB Large Capacity Shaking Incubators deliver all the features you appreciate in the SHEL LAB Shaking Incubator line, with even greater load capacity. The unit performs from 30-400 RPM’s with a smooth, quiet oscillation. The door of these units are designed with hydraulic pistons making it easy to lift during loading and unloading.

Shaking incubators, also know as environmental shakers, are often used for cell culturing, cell aeration, and solubility studies. In addition to stable temperature conditions, they use an orbital agitation at variable speeds to affect the growth of cell cultures. This is why the SHEL LAB floor model shaking incubators have adjustable stroke lengths to accommodate various cells and applications. This gives flexibility in adjusting the speed and orbit to meet each application. The SSI5R-HS achieves speeds up to 850 RPMs