Item No | Product description | Number | Packing units |
6041002 | Plastic cuvette 2.5ml | 1000 | 100pcs/box*10boxes |
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Zhejiang Shengchuang Laboratory Equipment Co.,Ltd. has won high praise from customers at home and abroad with its high quality products and thoughtful service. Shengchuang is a professional Custom Four-pass light micro-disposable cuvettes 2.5ml Company and Four-pass light micro-disposable cuvettes 2.5ml Manufacturers.
The company mainly produces nearly a hundred kinds of pipettes, sample cups, test tubes, test tube racks, centrifuge tubes, cryopreservation tubes, petri dishes, etc., and can also develop and produce Four-pass light micro-disposable cuvettes 2.5ml according to the drawings or samples provided by customers. All of our products operate in strict accordance with the market access standards for medical device products and have passed ISO13485 certification.
The Four-pass light micro-disposable cuvettes are designed for spectroscopic measurements, allowing the analysis of liquid samples with the help of a spectrophotometer or other related instruments. They are disposable, which means they are intended for single-use, eliminating the need for cleaning and potential cross-contamination risks.
These cuvettes are specifically constructed to facilitate light transmission through the sample in a controlled manner, providing accurate measurements of absorbance or transmission of light at specific wavelengths. The "four-pass" feature indicates that the cuvettes are designed to allow the light to pass through the sample four times, enhancing the sensitivity and accuracy of the measurements.
Key features and benefits of Four-pass light micro-disposable cuvettes 2.5ml include:
1. Sample containment: The cuvettes have a capacity of 2.5ml, allowing the measurement of small volumes of liquid samples. They are designed to securely contain the sample during the analysis, preventing leakage and ensuring accurate results.
2. Optimal light transmission: The cuvettes are made of a transparent plastic material with excellent optical properties, enabling efficient light transmission through the sample. This feature enhances the accuracy and precision of spectroscopic measurements.
3. Disposable convenience: Being disposable, these cuvettes eliminate the need for time-consuming cleaning procedures, reducing the risk of sample carryover or contamination between measurements. They offer convenience and time savings in laboratory workflows.
4. Wide compatibility: The Four-pass light micro-disposable cuvettes are compatible with various spectrophotometers and other instruments that utilize cuvettes for sample analysis. This versatility allows for seamless integration into different laboratory setups.
5. Enhanced sensitivity: The four-pass design of these cuvettes ensures multiple interactions of light with the sample, increasing the sensitivity of absorbance or transmission measurements. This makes them suitable for applications requiring high precision, such as DNA quantification, enzyme kinetics, or colorimetric assays.
6. Application flexibility: These cuvettes can be used for a wide range of applications in life sciences, chemistry, and biochemistry. They are suitable for measuring the absorbance or transmission of light in various samples, including DNA/RNA solutions, proteins, enzymes, and chemical compounds.
Four-pass light micro-disposable cuvettes with a volume of 2.5ml are single-use cuvettes designed for spectroscopic measurements. They offer advantages such as optimal light transmission, disposable convenience, compatibility with various instruments, enhanced sensitivity, and application flexibility. These cuvettes are essential tools in research, analytical, and quality control laboratories where accurate and precise spectroscopic analysis of liquid samples is required.
These plastic cuvettes provide accurate measurement results with their transparent material and stable design. Their 1.5ml capacity is suitable for small sample volumes, and they are compatible with common lab instruments. The convenient design and disposable nature make them user-friendly and efficient, improving experimental workflows.