Brookfield SC4-13R Sample Chamber Assembly
The sample chamber can be changed and cleaned without disturbing the viscometer or temperature bath set-up. So you can make successive measurements under the same conditions. The sample chamber can accommodate both contact and non-contact measurement techniques, providing versatility for various sample types. The sample chamber is at the bottom of the column for stability and precision.
Also sold in the Small Sample Adapter Kit.
The Brookfield SC4-13R Sample Chamber Assembly is for the professional who demands precision and ease in viscosity measurement. This sample chamber fits a variety of testing needs so you can maintain consistency and accuracy in your experiments. It allows for easy sample changes so you don’t have to disturb the viscometer or temperature bath when cleaning and changing the chamber. Perfect for factory labs that need to make rapid sequential measurements under the same conditions, increases productivity and efficiency.
Made with high quality materials the SC4-13R Sample Chamber Assembly is rugged and reliable, minimizes contamination and errors. Whether used in research or industrial quality control this chamber will give you precise viscosity readings for product formulation and analysis.
Also available as part of the Small Sample Adapter Kit so you can work with small volume samples. This kit expands the capabilities of the viscometer so you can make accurate measurements on small quantities without sacrificing quality.
Easy to use and high performance the Brookfield SC4-13R Sample Chamber Assembly is a must have for any factory lab doing rheology. Get accurate readings of your materials with this sample chamber where precision meets usability. Make transitions between samples easy without disturbing the measurement.
Overview
Sample chambers are containers designed to hold and analyze different types of samples in various scientific applications. These chambers provide a controlled environment for sample testing, measurement and analysis, to get accurate and reliable results. Whether used in flow cytometry, Raman spectroscopy or viscosity testing sample chambers are critical in maintaining the integrity of the samples and the measurement. By providing a stable and consistent environment they help researchers and technicians to get reproducible and reliable data across many scientific fields.
Features
Sample chambers are designed to give precise control over sample position, temperature and environment. These are critical for getting accurate and reliable results. Many sample chambers have features like optical shielding to prevent interference, magnetic pillars for sample position stability and precise control mechanisms to maintain consistent conditions. Also sample chambers are compatible with various probes, accessories and parts so you can customize your setup according to your testing needs. This versatility makes them suitable for many applications and useful in many scientific research and industrial processes.
Sample Chamber Design and Construction
The design and construction of sample chambers are application specific. They can be made from stainless steel, aluminum or glass depending on the application. The design can be rotating or stationary depending on the analysis. Also sample chambers may have additional components like temperature control devices, viscosity spindles and detectors to enhance their functionality and get precise measurements. The design and construction of these chambers are thoughtfully done to withstand heavy use and perform reliably.
Technical Specifications and Probe Compatibility
Sample chambers have specific technical specifications and compatibility requirements to work with different instruments. They can work with flow cytometers, Raman spectrometers, rotational viscometers etc. Each sample chamber has defined dimensions, weight and material requirements to match the instrument it is used with. Also they are designed to work with specific probes, accessories and parts so you can get optimal performance and accuracy in your measurements. Knowing these specifications is important to choose the right sample chamber for your application.
Sample Chamber Applications
Sample chambers are used in many scientific fields. In flow cytometry they are used to analyze large particles to get information about cell populations. In Raman spectroscopy sample chambers are used to measure material properties by providing a stable environment for the sample. Viscosity testing like asphalt binder testing also uses sample chambers to get accurate measurements. Beyond these sample chambers are used in microscopy, spectroscopy and chromatography to show their versatility and importance in many scientific and industrial processes.
Comparison to Other Products
The Rotating Sample Chamber for COPAS FP stands out from other products in its class due to its unique design and functionality. Unlike traditional sample chambers that rely on mechanical stirring, this innovative chamber uses gentle agitation to handle delicate samples with care. This feature makes it an ideal choice for analyzing large particles (10-1500 microns) and sensitive samples such as adipocytes and plant protoplasts.
In comparison to other sample chambers, the Rotating Sample Chamber offers a larger sample volume capacity, accommodating both 5 mL and 10 mL samples. It is also compatible with 250 and 500 micron flow cells, providing versatility for various applications. The rotating design ensures efficient mixing and minimizes sample settling, making it particularly suitable for samples that tend to float or sink. This combination of features makes the Rotating Sample Chamber a superior choice for researchers needing precise and reliable sample analysis.
Benefits and Advantages
The Rotating Sample Chamber for COPAS FP offers several notable benefits and advantages that make it a valuable tool for flow cytometry applications. One of its key features is the gentle agitation mechanism, which is perfect for handling delicate samples without causing damage. This is especially beneficial for analyzing large particles (10-1500 microns) and sensitive samples such as adipocytes and plant protoplasts.
With a large sample volume capacity of 5 mL and 10 mL, this chamber can accommodate a variety of sample sizes, enhancing its versatility. It is also compatible with both 250 and 500 micron flow cells, allowing for a wide range of applications. The efficient mixing provided by the rotating design minimizes sample settling, ensuring consistent and accurate results. This is particularly useful for samples that tend to float or sink, as it maintains their uniformity throughout the analysis.
Additionally, the Rotating Sample Chamber is easy to use and integrates seamlessly with COPAS FP instruments, making it a convenient and reliable choice for researchers and scientists. Its combination of gentle handling, large capacity, and efficient mixing makes it an attractive option for those seeking precision and reliability in their sample analysis.
Maintenance, Support, and Accessories
To get optimal performance and accuracy sample chambers need to be maintained and supported. This includes regular cleaning and calibration to maintain the chamber and the measurements. Over time parts may wear out and need to be replaced to keep the chamber working properly. Also troubleshooting technical issues is important to avoid interruptions in the testing process. Manufacturers in a factory provide technical support, training and documentation to help you get the most out of your sample chambers. Regular maintenance and access to support services will extend the life and reliability of these scientific tools.