DW-MF30 bacterial turbidity meter Introduction: DW-MF30 bacterial Malcolm turbidimeter is calibrated with Malcolm turbidity Standard solution, which can be used to determine the bacterial concentration in the suspension of the bacteria to be identified, prepare the bacterial suspension of standard Malcolm turbidity, and provide sample quality assurance for bacterial identification and drug sensitivity test. Mainly used for the determination of bacterial bacterial concentration in medical and health units, quarantine institutions, biological products, and research institutions at all levels Features: 1. It can directly display the turbidity value of the Maxwell unit, and the operation is simple and clear. 2. Beautiful and elegant appearance, suitable for modern laboratory environments. 3. Accurately measure bacterial concentration, resulting in accurate and highly reproducible results. Technical parameters: 1. Instrument purpose: To prepare bacterial suspensions with standard Mach turbidity, providing sample quality assurance for bacterial identification and drug sensitivity testing. 2. Instrument light source: 565 ± 15 nm wavelength LED. 3. Measurement range: 0.3-15.0 McF McF turbidity units. 4. Measurement time: ≤ 1 second 5. Measurement accuracy: Standard deviation of 3.0 McF units ≤ 3.0 ± 0.1 6. Adapted test tube: outer diameter Φ 18 mm and outer diameter Φ 16 mm (standard configuration Φ 16 adapter) 7. Instrument size: ≤ 166 (width) x 116 (depth) x 75 (height) mm 8. Instrument configuration: 1 bacterial turbidity meter, Φ 1 16 mm test tube adapter.
Introduction: DW-MF30 bacterial Malcolm turbidimeter is calibrated with Malcolm turbidity Standard solution, which can be used to determine the bacterial concentration in the suspension of the bacteria to be identified, prepare the bacterial suspension of standard Malcolm turbidity, and provide sample quality assurance for bacterial identification and drug sensitivity test. Mainly used for the determination of bacterial bacterial concentration in medical and health units, quarantine institutions, biological products, and research institutions at all levels
