ZT 730 (ZT 731 и ZT 732)
- 1 (ZT 731) or 2 (ZT 732) testing stations.
7" touch display
- 4 GB memory for 100 products/methods and approx. 1 million test results
- 30 ± 1 beats/min.
- Stroke height 55 ± 2 mm
- AirBasket type A (6 tubes) or AirBasket type B (3 tubes)
- Built-in flow heating system).
- External temperature sensor PT 100.
Description:
The ZT 730 Series of Dissolution Testers, including models ZT 731 and ZT 732, offers 1 or 2 test stations with a 7-inch touchscreen display, 4 GB memory to store approximately 100 products/methods and approximately 1 million test results, and operates at 30±1 strokes per minute at a stroke height of 55±2 mm. It is equipped with AirBasket Type A (6 tubes) or AirBasket Type B (3 tubes) and is equipped with a built-in heating circulation system as well as an external PT 100 temperature sensor.
Application:
These dissolution testers are important tools in pharmaceutical research and quality control, enabling accurate assessment of the disintegration behavior of solid dosage forms. They facilitate regulatory compliance, support product development, and ensure consistent quality of pharmaceutical formulations.
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What are the advantages?
High resolution: Provides accurate analysis of molecular masses and structures. Ion mobility: Enables additional ion separation based on their shapes and sizes. Fast analysis: Combination of technologies enables fast and accurate analysis. Flexibility: Can be applied to different types of samples and analyses. Applications? "timsTOF fleX" is used in biochemistry, biomedicine, proteomics, metabolomics, clinical diagnostics, pharmaceuticals, and other areas where analysis of complex molecular structures is needed.
Where is it used?
This mass spectrometer can be used in laboratories, research institutions, medical centers, pharmaceutical companies, and other organizations involved in the analysis of molecular structures.
What problems can it solve?
"Quadrupole Time-of-Flight-compact" can solve the following problems:
Identification and analysis of complex biomolecules. Determination of molecular masses and structures of chemical compounds. Bioanalytical research and clinical diagnostics. Screening and searching for target compounds in samples. Investigation of metabolic pathways and biological processes.
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