32 μL Sub Micro Flow Cell with Round Aperture, QGF32B

Introducing the QGF32B 32 μL Sub Micro Flow Cell with Round Aperture, designed to meet your precise analytical needs. This cutting-edge cuvette offers exceptional performance and versatility, allowing you to achieve accurate measurements in various applications. Let’s delve into its remarkable features and customization options:

QGF32B 32 μL Sub Micro Flow Cell with Round Aperture

Key Specifications:

• Volume: 32 μL
• Pathlength: 10 mm
• Sizes: H x W x D: 35 x 12.5 x 12.5 mm
• Wavelength Range: 200 – 2,500 nm
• Material: Quartz
• Fabrication Type: Bonded / Glued
• Number of Windows: 2

Now, let’s explore the benefits and features of the QGF32B 32 μL Sub Micro Flow Cell:

1. Precision Design: The QGF32B is meticulously crafted to provide exceptional precision in your analytical measurements, ensuring accurate results every time.
2. Sub Micro Volume: With a volume of 32 μL, this flow cell is ideal for applications requiring small sample sizes, minimizing waste and conserving valuable samples.
3. High-Quality Material: Made from high-grade quartz, this flow cell offers superior optical clarity and excellent chemical resistance, ensuring reliable performance and longevity.
4. Customizable Specifications: We understand that every research or analysis project may have unique requirements. With the QGF32B, you have the flexibility to customize various specifications such as volume, pathlength, and number of windows, tailoring the flow cell to your specific needs.
5. Easy Integration: The compact design of the QGF32B allows for easy integration into your existing experimental setup or flow system, streamlining your workflow and saving valuable laboratory space.

Why Choose Micro Cuvettes?

Micro cuvettes, such as the QGF32B 32 μL Sub Micro Flow Cell with Round Aperture, offer numerous advantages and are preferred by researchers and scientists for various applications. Here are some compelling reasons why you should consider using micro cuvettes:

1. Sample Conservation: Micro cuvettes require smaller sample volumes compared to standard cuvettes. This is especially beneficial when working with limited or precious samples, as it minimizes sample consumption and waste, allowing you to conserve valuable resources.
2. Reduced Reagent Usage: With their smaller volume requirements, micro cuvettes enable significant savings in reagents and chemicals. This is particularly advantageous for high-throughput assays and experiments where multiple samples need to be tested, as it reduces the cost per analysis.
3. Improved Sensitivity: Micro cuvettes offer enhanced sensitivity due to their reduced optical pathlength. This allows for better detection and quantification of analytes, even at lower concentrations, providing more accurate and reliable results.
4. Faster Analysis: The smaller dimensions of micro cuvettes facilitate faster analysis times. The reduced sample volume and pathlength result in shorter optical path distances, enabling quicker measurements and increased experimental efficiency.
5. Compatible with Microvolume Spectrophotometers: Micro cuvettes are specifically designed for use with microvolume spectrophotometers, which are optimized for handling small sample volumes. These spectrophotometers provide high-resolution measurements, ensuring precise and reproducible data.
6. Versatility and Customization: Micro cuvettes are available in a range of specifications and options, allowing for customization to suit specific experimental requirements. Parameters such as pathlength, volume, and number of windows can be tailored to meet the needs of different assays and research applications.
7. Compatibility with Automation: Micro cuvettes are often compatible with automated systems, facilitating seamless integration into laboratory workflows. This compatibility enables efficient and high-throughput analysis, making them ideal for applications that require repetitive or large-scale sample testing.

In summary, micro cuvettes offer significant advantages in terms of sample conservation, reagent savings, sensitivity, analysis speed, compatibility with microvolume spectrophotometers, customization options, and compatibility with automation. By choosing micro cuvettes like the QGF32B, you can enhance the efficiency and accuracy of your experiments, ultimately advancing your research and achieving more precise scientific outcomes.

Conclusion: The QGF32B 32 μL Sub Micro Flow Cell with Round Aperture is a remarkable tool for precise and reliable measurements in various applications. Its customizable options and exceptional features make it an invaluable asset for researchers, scientists, and professionals in the analytical field. Experience the unparalleled performance of the QGF32B and unlock new possibilities in your scientific endeavors.

Note: We provide comprehensive customization options to meet your specific requirements. Contact our knowledgeable team to discuss your customization needs and create a flow cell tailored to your application.

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Our Fabrication Types Most types of Aireka Scientific quartz cuvettes including customized cells are available with the following 3 types of fabrication standards:

0	1	2	3
	*Molded	*Fused	*Bonded / Glued
UV vis ( 190- 2500 nm)	Yes	Yes	Yes
Transmission Matched	Yes	Yes	Yes
Transmission > 80%	Yes	Yes	Yes
Resistant to Acids and Bases (except hydrofluoric acid)	Yes	Yes	No
Resistant to Organic Solvents	Yes	Yes	No
Usable upto 600°C (1112°F)	Yes	Yes	No
Usable upto 1200°C (2192°F)	Yes	No	No
0 Variations Reading	On Request	No	No
Fabrication	Molded	Assembled with Quartz Powder	Assembled with Glue
Adhesives	No	No	Yes
Storage	Short Term Storage	Clean After Use	Clean After Use
Available Material	ES Quartz Material
Note	Molded and fused cuvettes and cells are assembled by direct fusion without the use of adhesives throughout the production process. This guarantees resistance against corrosive chemicals and high temperature. Each quartz cuvette and cell has excellent transmission from 190nm to 2500nm.

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UV Quartz Glass Cuvettes Most of our quartz cuvettes are made from ES quartz material, absorption onset occurs below 190 nm and there are no absorption bands situated between 190 nm and 250 nm. Exceptionally high transmittance across the UVB, UVA, visible spectrum, and near IR. The transmission spectra for our UV quartz cells can be seen below. When working in the IR spectra, especially for wavelengths greater than 2000 nm, we recommend IR Quartz Glass Cuvettes instead, as they offer high transmission for these wavelengths.
IR Quartz Glass Cuvettes Made from IR quartz material, absorption onset occurs below 260 nm with exceptionally high transmission across UVB, UVA, visible, near IR, and notably short IR. Transmission drops significantly in the mid-IR, and at 4200 nm there is complete absorption.
Why Aireka Scientific Cuvettes and Cells? Aireka Scientific Co Limited is world-renowned as the producer of premium quartz cuvettes. Over twenty years of experience manufacturing quartz cuvettes ensures that every cuvette is manufactured to the most exacting standards for reproducible results.
Spectrophotometry cuvettes - Most spectrophotometry applications in the visible and UV ranges benefit from Aireka Scientific spectrophotometry cuvettes. Our cuvettes made of ES quartz material deliver precise and reliable readings even at wavelengths as low as 190 nm. The stock cuvettes are compatible with most spectrophotometers and photometers with standard 0.2 - 100 mm path lengths. Fluorimetry cuvettes - Aireka Scientific brings two decades of experience molding high-quality fluorescence cuvettes to new four-sided clear cuvettes for fluorimetry. Available in standard quartz material with ultra-low auto-fluorescence for the highest precision measurements. Protective packaging - Our cuvettes are in dust-free, low scratching-expanded polystyrene packaging. This ensures that premium cuvettes arrive in the laboratory in the same pristine condition they were in at the factory, with optical quality windows and free of contaminants.  Volumes for most purposes - Our cuvettes are available in a variety of ranges from micro to macro semi-micro sizes to respond to the needs of most scientific applications. We can also customize sample volume to deliver consistent, accurate findings. Perform consistently - The Cuvettes are constructed from high-quality fused quartz materials and are grouped by manufacturing mold cavities to ensure the lowest fluctuation in extinction coefficient. Customization - Custom cuvettes and cells are encouraged and available upon request; mechanical drawings with specifications and tolerances are prerequisites. Awesome pricing and flexibility on small quantities.

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Frequently Asked Questions
Do you ship to my country? We ship our products worldwide. We ship orders using a tracked courier service as standard (usually FedEx, sometimes DHL) although we are also happy to be flexible if your University or Institution has specific requirements. Other methods are available for a wide variety of countries. Please note that customs restrictions can vary between countries. If you are uncertain about shipment to your country, please contact us for advice.	What if I want to return or cancel my order? We hope you love your order, but if you wish to return any items ordered, please notify us within 21 days of receiving the goods. Please ensure that they are returned as new, undamaged, free of contamination and in the original packaging. Please inspect all orders on arrival to ensure your products are in good condition.
What happens if the item is broken? If an item breaks due to the manufacturer's error then we will replace the cuvette free of charge, with no costs passed on to our customers. Any damage to an item that is not caused by a manufacturer's error is not eligible for a free replacement. This would include items that are mishandled, dropped, scratched, etc.	How do I place an Order? For your convenience, we offer a number of ways of placing an order. Order online through this shop E-mail us your purchase order at sales@airekasci.com If you have custom designs, please contact us.