Molecular Devices VersaMax UV/Vis Plate Reader is a tunable absorbance (UV/Vis) monochromator based system and gives end users accurate wavelength detection in visible light without the need for filters
Microplate Reader Highlights
Built around a grating monochromator, the Molecular Devices VersaMax UV/Vis Plate Reader allows for the selection of up to two wavelengths at a time during absorbance detection in the visible wavelength range.
This model boasts of a patented multichannel optical design following a dual-beam spectrophotometer. Errors due to variations in light output are lessened with the use of VersaMax microplates. Users can take advantage of the high speed and precise readings of this eight-channel system and its 96-well microplates for single endpoint measurements. Users can also expect a consistent performance when processing kinetic assay data gathered over time.
Powerful Data Analysis
Molecular Devices VersaMax UV/Vis Plate Reader come with leading data analysis and instrument control application software. This software can handle various analysis requirements, performing simple endpoint assays to complex kinetic assays that need custom calculations. Available for Windows and Macintosh users, the software meets the needs of all types of VersaMax users from novice to expert.
Utillize the VersaMax reader for the following:
Microbial Growth/MIC
IC50/LD50
Endpoint ELISAs/EIA
Cytoproliferation/Cytotoxicity
Colorimetric Protein
Kinetic ELISAs/Enzyme Assays
Bacterial Identification
- Molecular Devices VersaMax UV/Vis Plate Reader
- Pentium IV SoftMax Pro 5.3 Data Station
- All Required Cables
- Operator’s Guide
- Warranty
Molecular Devices VersaMax UV/Vis Plate Reader Specifications
Dimensions (H x W x D) | 8.6 x 22.8 x 15 (in.) 22 x 58 x 38 (cm) |
Weight | 30 lbs. (13.6 kg) |
Power consumption | < 250 watts |
Power Source | 100-240 VAC, 4A 50/60 Hz |
Robot Compatible | YES |
Photometric Performance | |
Wavelength Range | 340-850 nm |
Wavelength Selection | Monochromator, turnable in 1 nm increments |
Wavelength Bandwidth | 2 nm |
Wavelength Accuracy | +/- 2nm |
Wavelength Repeatability | +/- 2.0 nm |
Photometric Range | 0 to 4.000 OD |
Photometric Linearity (405 nm) | 405 nm (0 – 3.000 OD) |
Photometric Accuracy | < +/- 0.0006 OD +/- 1.0%, 0-2 OD |
Photometric Precision | < +/- 0.0003 OD +/- 1.0%, 0-2 OD |
PathCheck Sensor Management Error | < 5% compared to 1 cm cuvette |
Microplate Read Times | |
Endpoint | 12 secs |
Minimum Kinetic Interval | 9 secs |
Temperature Regulation | |
Temperature Range | Amb 4-45 C |
Temperature Uniformity | +/-0.5C at 37C, well-to-well C |
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