Hellma Macro Cuvette 100 QS, 1mm Thickness, Quartz Glass Suprasil, 350 µL with Glass Cover Plates

The Hellma Macro Cuvette 100 QS is engineered for high-precision optical measurements with a 350 µL sample volume. Made from high-quality quartz glass (Suprasil), this cuvette offers exceptional optical clarity and minimal light absorption. With a 1mm path length, it is perfect for spectrophotometric applications, particularly in the UV-Vis range. The cuvette includes glass cover plates to protect your sample and ensure accurate, contamination-free analysis. Designed for use in laboratories requiring high-quality analytical results, this cuvette guarantees reliable and reproducible measurements.

Key Features:

• Brand: Hellma
• Material: High-quality Suprasil quartz glass for superior optical performance
• Filling Volume: 350 µL, ideal for larger sample volumes while maintaining precision
• Path Length: 1mm, providing high sensitivity in UV-Vis spectrophotometry
• Glass Cover Plates: Included for protecting samples and ensuring accurate measurements
• Applications: Ideal for spectrophotometry, photometry, and other analytical methods requiring precise light transmission

The Hellma Macro Cuvette 100 QS is a perfect choice for laboratories requiring precise optical measurements with excellent performance. It is suitable for a variety of applications in chemistry, biochemistry, and molecular biology.

Frequently Asked Questions

1. What is the Hellma Macro Cuvette 100 QS, 1mm Thickness, Quartz Glass Suprasil, 350 µL with Glass Cover Plates used for?

It is engineered for high-precision optical measurements with a 350 µL sample volume. Made from high-quality quartz glass (Suprasil), this cuvette offers exceptional optical clarity and minimal light absorption. With a 1mm path length, it is perfect for spectrophotometric applications, particularly in the UV-Vis range. The cuvette includes glass cover plates to protect your sample and ensure accurate, contamination-free analysis. Designed for use in laboratories requiring high-quality analytical results, this cuvette guarantees reliable and reproducible measurements.

2. Is the Hellma Macro Cuvette 100 QS, 1mm Thickness, Quartz Glass Suprasil, 350 µL with Glass Cover Plates suitable for spectrophotometry, photometry, and other analytical methods requiring precise light transmission?

Yes. It is designed for spectrophotometry, photometry, and other analytical methods requiring precise light transmission, and offers a filling volume of 350 µL, ideal for larger sample volumes while maintaining precision and a path length of 1mm, providing high sensitivity in UV-Vis spectrophotometry to support this kind of work.

3. What filling volume and path length does the Hellma Macro Cuvette 100 QS, 1mm Thickness, Quartz Glass Suprasil, 350 µL with Glass Cover Plates have?

It has a filling volume of 350 µL, ideal for larger sample volumes while maintaining precision and a path length of 1mm, providing high sensitivity in UV-Vis spectrophotometry, and is supplied under manufacturer part number 100-1-40.

4. What is the Hellma Macro Cuvette 100 QS, 1mm Thickness, Quartz Glass Suprasil, 350 µL with Glass Cover Plates made from and what features does it include?

It is made from high-quality Suprasil quartz glass for superior optical performance. It also offers included for protecting samples and ensuring accurate measurements.

5. How does the Hellma Macro Cuvette 100 QS, 1mm Thickness, Quartz Glass Suprasil, 350 µL with Glass Cover Plates compare with the BRAND Macro Polystyrene Cuvettes, 340–900 nm, 2.5–4.5 mL Capacity (Pack of 100) from BRAND?

For spectrophotometry, photometry, and other analytical methods requiring precise light transmission, the Hellma model is the better choice, offering a filling volume of 350 µL, ideal for larger sample volumes while maintaining precision and a path length of 1mm, providing high sensitivity in UV-Vis spectrophotometry. The BRAND model offers a wavelength range of 340–900 nm and a volume capacity of 2.5–4.5 mL as an alternative, while the Hellma model's included for protecting samples and ensuring accurate measurements help make it a strong fit for spectrophotometry, photometry, and other analytical methods requiring precise light transmission.