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Fully Automatic Chemistry Analyzer NFAC-202
Fully Automatic Chemistry Analyzer NFAC-202 is styled with a liquid level sensor and collision sensor. Includes a direct reading system assay model with random access. The number of assay items varies between 36-80. Integrated with superior quality UV- transmitting plastic cuvette, automatic alarm system and 8-channel automatic washing system for reaction cuvettes. It consists of halogen lamp as a light source. These analyzers are commonly used in conducting assays for various biological fluids.
| Assay | 40 assay |
| Throughput 1 Reagent | 240 tests / h (max) |
| Throughput 2 Reagent | 150 tests / h |
| Throughput with ISE | + 120 tests/h |
| Sample position | 60 |
| Sample Volume | 1 ̴ 100 µL , 0.1 µL / step |
| Reagent position | 40 or 80 (Optional) |
| Reagent volume |
R1 : 1 ̴ 400 µL , 1 µL / step R2: 1 ̴ 400 µL, 1 µL / step |
| Reaction time | 0 ̴ 999 seconds |
| Cuvette washing | 8 channels automatic washing system for reaction cuvettes |
| Wavelength | 340 ̴ 810 nm |
| Absorbance resolution | 0.0001 A |
| Absorbance accuracy | ± 0.0003A (0 ̴ 2.5 A) |
| Repeatability | ≤ 2 % |
| System | Windows XP or Vista; Windows 7 |
| Power supply | 220 V / 50 Hz or 110 V / 60 Hz (optional) |
| Dimension | 850 x 720 x 530 mm |
| Weight | 85 kgs |
Used for the analysis of various biological components and reagents in fields such as pathology, medical microbiology, and research purposes.
Labnics Chemistry Analyzers (Semi-Automatic) are capable of testing a wide range of parameters, employing a diverse spectrum of wavelengths to ensure accurate results. They require some manual input from the operator to initiate the testing process. Our analyzers are built to be robust, requiring minimal maintenance to ensure long-lasting performance. They feature a built-in thermal printer for easy result documentation. These units come equipped with an LCD touchscreen for simple and intuitive operation.
| Measuring Range | 0 to 3.500 OD |
| Measuring Method | End Point, Fixed Time, Rate, etc. |
| Photometric linearity | ±2% (0 to 2.500 OD) |
| Photometric accuracy | ±2% (0 to 2.500 OD) |
| Measuring volumes | 450 µL to 800 µL |
| Incubator | 20 incubating positions |
| Wavelength | 340 nm /405 nm /492 nm /510 nm /546 nm /578 nm /620 nm, 2 more filters available on request |
| Wavelength accuracy | ± 2 nm |
| Measuring volumes | 451 µL to 800 µL |
| Incubator | None |
| Wavelength | 340 nm /405 nm /492 nm /510 nm /546 nm /578 nm /620 nm, 2 more filters available on request |
| Wavelength accuracy | ± 2 nm |
| Sample capacity | 0 to 3000µL (500 µL recommended) |
| Wavelength | 5 standard filters (340nm, 405nm, 505nm, 560nm, 630 nm) and 3 free positions |
| Wavelength accuracy | ±2 nm, width ≤ 10nm |
| Absorbance range | 0 to 4.500 Abs |
| Wavelength | 7 standard filters (340nm, 405nm, 492nm, 510nm, 546nm, 578nm, 630 nm) and 1 free position |
| Wavelength accuracy | ±2 nm, width ≤ 10nm |
| Capacity | 0 to 3000 µL (≥500µL recommended) |
| Absorbance range | 0 to 4.500 Abs |
| Wavelength | 7 standard filters (340nm, 405nm, 492nm, 510nm, 546nm, 578nm, 630 nm) and 1 free position |
| Incubator | 10 incubating positions |
| Incubator temperature | 37°C |
| Incubator accuracy | ±0.3°C |
