The Digital 1000MP Microplate Shaker is ideal for immunoassays and general microplate shaking, and are designed to be used in a variety of environmental conditions. The cast aluminum base offers durability and added stability and the low profile design takes up less space and easily fits into most incubators. The microprocessor control provides consistent uniform shaking while safely ramping to the set speed. This unit can be run in cold rooms, incubators, and CO 2 environments from 14 to 140ºF. Unit includes a 92" detachable, 3-wire cord/plug and has a 2 year limited warranty on parts and labor. strong>Features: ul>
Independent LED displays for speed and time provides repeatable and accurate results
Timer will display elapsed time and will shut off unit when time reaches zero. In timed mode, alarm will sound when time reaches zero.
Overload protection provides audible and visual signals that will activate when the system detects an obstruction or overload of the tray.
Spill-resistant design channels fluids away from internal components.
The Digital 1000MP Microplate Shaker is ideal for immunoassays and general microplate shaking, and are designed to be used in a variety of environmental conditions. The cast aluminum base offers durability and added stability and the low profile design takes up less space and easily fits into most incubators. The microprocessor control provides consistent uniform shaking while safely ramping to the set speed. This unit can be run in cold rooms, incubators, and CO 2 environments from 14 to 140ºF. Unit includes a 92" detachable, 3-wire cord/plug and has a 2 year limited warranty on parts and labor.
strong>Features:
ul>
- Independent LED displays for speed and time provides repeatable and accurate results
- Timer will display elapsed time and will shut off unit when time reaches zero. In timed mode, alarm will sound when time reaches zero.
- Overload protection provides audible and visual signals that will activate when the system detects an obstruction or overload of the tray.
- Spill-resistant design channels fluids away from internal components.
