Dual Syringe Dilution
The sample will be diluted in the required concentration.
Serial Dilution (Programmed)
Repeat the steps for single or dual dilution with varying dilution ratios and the same final volume.
Serial Dilution (Tube to Tube)
Repeat the steps for single or dual dilution and use the resulting dilution as the sample for the next dilution.
Multi Sample Dilution (or Internal Standard Addition)
Automated dilution & measurement of the sample
The application was designed to produce a diluted sample with a desired absorbance, in order to measure it in another analyser system. In a first step, the sample is diluted with a defined ratio and then measured photometrically. If the determined absorbance is not in the required range, the necessary dilution is calculated and the sample is diluted accordingly and repeatedly checked by the photometer. As soon as the desired absorbance has been achieved, the dilution is transferred to the designated sample vial.
pH regulation + time-controlled sampling + automated dilution incl. standard addition
When developing materials for implants, the corrosion behaviour in body fluids must be tested. The solid sample material is in the test medium in a temperature-controlled and pH-regulated reaction vial. A sample is automatically taken from the reaction vial, and a standard is diluted and added according to predefined, but not equidistant, time intervals. The generated analysis substance is subsequently measured by element analysis.
Automated, time-controlled enzymatic reaction and sample addition in the analyser system
The hydroxyproline concentration in meat and sausage products has to be analysed. The protein hydroxyproline cannot be measured directly photometrically and must be converted in an enzymatic detection reaction. Different media are added at defined times. After a certain reaction time, the sample is automatically transferred into the measuring system.
Automated time-controlled reagent addition, sample extraction and dilution
Different amounts of various reagents are added to a reaction vial at defined times to influence and control the reaction. To evaluate the reaction progress and behaviour, samples are taken from the reactor at regular intervals. The sample is automatically diluted during transfer to a special sample vial so the sample can be processed ready for use in the corresponding analyser system later on.
