Microplate Reader LBN-MR163 is a compact and dependable reader that provides accurate and fast photometric measurements via bi-chromatic 8 channel optic fiber scanning, making it ideal for assays in the 400nm to 630nm wavelength range. The reader analyses 96-well microplates while performing 12 separate tests in one plate, with a reproducibility range of 0.2%. The device has a 7" touch TFT LCD screen as well as a monochromatic LED for accurate reading.
| Wavelength Range | 400nm to 630nm |
| Microplate Type | 96 well plate |
| Measure System | 8-channel optical system |
| Reading Range | 0.000 ~ 4.000 Abs |
| Bandwidth & Accuracy | 8nm ± 2nm |
| Repeatability | ≤1% |
| Temperature | 10°C to 35°C |
| Humidity | 15% to 85% |
| Stability | ±0.003 A |
| Standard Filters | 405,450,492,630nm & 4 optional |
| Light Source | Monochromatic LED |
| Reading Speed | 5s single wavelength for whole plate |
| Shaking | 3 shaking modes with variable time |
| Printer | Built-in thermal printer, optional external printer |
| Interface Connections | 4×USB, 1×RS232, SD card |
| Display | 7” TFT LCD, 800×480 pixels |
| Power Supply | 100 to 240V, 50/60Hz |
| Dimension (W×D×H) | 400×310×169 mm |
| Weight | 6 kg |
Microplate Reader is suitable for many enzymatic and colorimetric assays such as immunoassays, reporter gene assays, protein quantification, DNA quantification, pesticide residue in food etc.
Microplate Reader is suitable for many enzymatic and colorimetric assays such as immunoassays, reporter gene assays, protein quantification, DNA quantification, pesticide residue in food etc.
Microplate Reader LBN-MR163 is a compact and dependable reader that provides accurate and fast photometric measurements via bi-chromatic 8 channel optic fiber scanning, making it ideal for assays in the 400nm to 630nm wavelength range. The reader analyses 96-well microplates while performing 12 separate tests in one plate, with a reproducibility range of 0.2%. The device has a 7" touch TFT LCD screen as well as a monochromatic LED for accurate reading.
