|
iEMS 96 well Microplate Reader
(click image for larger resolution)
Spectral Range 340-850nm to include upper and lower temperature controlled clamshell plates provide built-in temperature control and prevent plate condensation. With shaking capabilities and wide measurement range of up to 4.000 OD makes it an ideal instrument for Microbiological studies top provide growth curves output. Operation range via PC Spectrosoft. Wavelength range 340-850nm and comes with 340nm filter and user's choice of 2 filters in an eight place filter wheel. Includes NIST (National Institutes Standards & Technology) performance documented with a calibrated and certified verification plate for plate alignment, linearity, filter installation, optical channel matching to ensure consistent results across all reading channels and photometric accuracy. Three year warranty on all models. Turnkey system. 100-240 V. Can easily reset to 220 Voltage.
| Specifications: |
| type of filters |
8 position filter wheel with installed filters: 340, 405, 414, 450, 492, 540, 620, 690nm (2 of choice) |
| wavelength accuracy |
2nm stand alone, 1nm with PC software |
| wavelength range |
340-850nm |
| linearity |
0...4.000 A max. dev. less than 2%
0...3.000 A at 340 nm and 620 nm |
| dynamic range |
0.000 A ... 6.000 A |
| resolution |
0.001 A |
| accuracy |
1% or 0.002 A, whichever is greater (0...2.000 A), 2% (2.000...3.000 A) |
| precision |
CV<0.2% or 0.002A, whichever is greater (0...3.000A)
CV<1.0% at 4.000A |
| Measurement speed |
6 seconds on 96 well plate |
| Catalog # |
Instrument Description |
P97200 |
iEMS Reader Remanufactured |
9850015 |
NIST Plate |
6723108 |
Spectrosoft PC Software via interface connections RS 232 serial & parallel port |
|
|
| Other Information Regarding Microplate
Readers:
A Microplate Reader is also known as a plate
reader. These laboratory instruments are utilized to detect biological,
physical, chemical, events of samples in micro titer plates. Scientists use
these in research, bioassay validation, drug discovery, quality control, and
manufacturing processes in a pharmaceutical and biotechnological industry
and academic organizations.
Academic research laboratories and clinical laboratories
commonly use a 96-well (8 by 12 matrix) with a typical reaction volume
between 100 and 200 µL per well. With higher density microplates (384- or
1536-well microplates) are typically used for screen applications. Common
detection modes for microplate assays are fluorescence intensity,
fluorescence polarization, resolved fluorescence, and luminescence, and
fluorescence polarization. |
|
|
