Refrigerated Incubator

The thermoformed plastic interior is easy to clean, and has a capacity to hold over 80 BOD bottles

Boekel Scientific’s new touchscreen Refrigerated Incubator was designed to be the most advanced incubator for microbiologic work. The thermoformed plastic interior is easy to clean and has a capacity to hold over 80 BOD bottles. Thermoelectric cooling and an advanced control system ensure that this incubator is suitable for most research and environmental laboratories.

• Advanced Configurable Control System for Standard and Custom Culture Conditions
• Vivid Color Touch Screen That Can Easily Be Viewed from Across the Room
• Thermoelectric Cooling to Support Low-Temperature Incubation Processes
• Internal Power Outlet With Time-Based Control Options
• USB and Ethernet Data Ports
• Two-year Warranty
• Made in the U.S.A

Device Overview

1) Large Door Handle

2) Power Connection & On / Off Switch

3) Lifting Handles

4) Thermoelectric Cooling

5) Ethernet Port

6) Color Touch Screen and USB Connector

The unit has an easily viewable, bright color touch screen that displays alarms, current temperature, set temperature, CO2 level, CO2 setpoint, and the humidity level. The user can easily define control programs to automate the CO2 level, temperature, and control the internal power outlet. The user interface was carefully designed to be intuitive and easily readable.

The display can show temperature, humidity, and CO2 graphs and this data can be downloaded to a USB drive or through an Ethernet connection. The incubator is ideal for standard cell culture work or flexible experiments. The unit can also add humidity to the chamber with the included humidity pan. 

Applications Information 

Plant Growth Chamber

BOD incubator – Biochemical Oxygen Demand - Meets APHA specifications

Drosophila / Fruit Flies incubator

Low temperature culture incubator

Fermentation Incubator

Additional Applications

Chemistry

Nanotechnology, bioactive scaffolds and metamaterial research

Sample temperature control

Stability testing

Study of superhydrophobic materials

Testing of material at multiple temperatures

Fermentation

Shaker Culture

Rocker Culture

Roller Culture

Low temperature fermentation

Bioethanol production research

Food Science

Researching bacteria growth on fresh or processed vegetables

Culturing pathogenic food bacteria at below ambient temperatures

Growing of plant samples

Researching antibiotic resistance

Studying bacteria growth curves

Studying food shelf life

Micro, Macro and Molecular Biology

Growing of algae other phytoplankton

Growing of fleas and larvae

Marine biology research

Mice environmental temperature studies

Microalgae bioreactor temperature control

Parasite tissue culture

Plant fungus research

Storing and growing marine organisms such as zebra muscles

Researching animal semen

Incubating butterfly eggs

Incubating planarians and other worms

Researching swine influenza

Studying anti-infective proteins

Study of blastema cells

Studying metabolic rates at different temperatures

 Tick and parasite incubation