Why are absorbance values higher than expected on my Biochrom Measuring Instruments?
Elevated absorbance readings can stem from several factors: * Verify you're using the correct cell type. * Ensure cells are free from fingerprints and contamination. * Confirm correct cell orientation. * Verify the reference used.
What to do if absorbance value is lower than expected in biochrom Libra S50 Measuring Instruments?
If you observe lower than expected absorbance values, consider the following checks: * Ensure sufficient height of sample solution. * Verify that the sample and reference are not the same. * Make sure the sample compartment lid is properly closed.
How to fix negative absorbance reading on biochrom Libra S50 Measuring Instruments?
To resolve a negative absorbance reading, check that the sample and reference cells have not been swapped. Also, ensure there is sufficient height of sample solution. The beam height is nominally 15 mm above the cell base for normal measurements, and it is recommended that the solution be filled to 20 mm above the base.
How to improve poor reproducibility in nucleic acid analysis using Biochrom Measuring Instruments?
To improve reproducibility in nucleic acid analysis, check for any particles in the solution and consider using background correction. Also, try increasing the concentration of the sample.
What to check if Biochrom Measuring Instruments will not reference?
If the instrument won't reference, check the orientation of the cuvette and verify that you are using the correct cell type.
General| Brand | biochrom |
|---|---|
| Model | Libra S50 |
| Category | Measuring Instruments |
| Language | English |
Overview of safety directives and standards applicable to the equipment.
Identifies warning labels, intended users, and potential hazards of the instrument.
Describes the function of the instrument's LEDs and indicators.
Specifies the qualifications and skills required for operating the instrument.
Steps for preparing the instrument before sample measurement.
Steps to follow after completing a sample measurement.
Procedures for checking and ensuring the instrument's optical performance.
Guidance on maintenance tasks that users can perform.
Provides contact information for technical assistance and support.
Details the process for instrument servicing, repair, or return.
Information and guidelines for the proper disposal of the instrument.
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