The unit has an easily viewable, bright color touchscreen that displays alarms, current temperature, and the humidity level. The user can easily control and define temperature programs, alarm setpoints and control the internal power outlet based on time. The user interface was carefully designed to be intuitive and easily readable. The display can show temperature and humidity graphs and this data can be downloaded to a USB drive or through an Ethernet connection. The incubator is ideal for standard microbial work or low temperature work such as BOD testing, Drosophila, and extremophile bacteria culture because of the high-efficiency thermoelectric cooling. The unit can also add humidity to the chamber with the included humidity pan. Contact your local laboratory equipment distributor or Boekel Scientific directly for more information about this exciting new piece of equipment.
» 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
Large Door Handle
Power Connection & On / Off Switch
Lifting Handles
Thermoelectric Cooling
Ethernet Port
Color Touch Screen and USB Connector
Applications Information
Plant Growth Chamber
BOD incubator – Biochemical Oxygen Demand - Meets APHA specifications
Drosophila / Fruit Flies incubator
Low temperature culture incubator
Fermentation Incubator
Temperature Stability Testing
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
2Rocker Culture
3Roller 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
4Researching antibiotic resistance
6Studying bacteria growth curves
7Studying food shelf life
Micro, Macro and Molecular Biology
1Growing 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