Best Lab Cuvettes of 2025

The Globe Scientific Cuvette is a disposable cuvette designed for use in spectrophotometers. It is made from optical polystyrene or UV grade PMMA and features optical windows for optimum transmittance. With a capacity of 4.5mL, this cuvette is suitable for batch analysis. It offers high reproducibility with variations within ±1% absorption, ensuring accurate results. The cuvettes are conveniently packaged in dust-free PE foam trays, making them easy to handle and store. Whether you need standard or semi-micro cuvettes, the Globe Scientific Cuvette is a reliable choice for your lab experiments.

The LAB4US Cuvette is a polystyrene disposable cuvette designed for spectrophotometry applications. Made of polystyrene, this cuvette has excellent optical properties. With a volume capacity of 2.5-4.5 ml, it is suitable for larger samples. The cuvette can be used in the range of 350 to 900 nm, allowing for a wide range of spectrophotometry measurements. The pack of 100 cuvettes provides a cost-effective solution for multiple measurements. With the LAB4US Cuvette, you can conveniently perform spectrophotometry experiments and accurately measure the interaction of light with matter.

Lifestyle Visions Spectrophotometer Cuvettes are made of high-quality quartz materials, ensuring accuracy and reliability for a variety of laboratory studies. These acid and alkali resistant cuvettes have a capacity of 3.5 ml and can withstand high temperatures up to 600℃. With a standard 12.5 mm square outside dimension and a 10 mm light path, these cuvettes allow for precise and efficient measurements. The UV-transparent design enables accurate quantitation of DNA, RNA, and proteins with minimal sample required. Suitable for most UV and visible spectroscopic assays, these cuvettes are a valuable tool for researchers working with precious samples. Each pack includes four cuvettes, providing long-lasting usage.

The LAB4US UV Quartz Cuvette is designed for versatility in your laboratory needs. It features two optical windows and a 2mm pathlength, allowing you to conduct various experiments with precision. With a volume of 0.7 ml, it's perfect for small sample sizes, helping you save on materials. The non-sealing PTFE cover enhances usability by providing resistance to heat and chemicals, making it reliable in harsh conditions. This cuvette is compatible with most UV-Vis spectrometers, ensuring you can easily integrate it into your existing setup.

The BrandTech Cuvette 759071D is designed for versatility in the lab, accommodating sample volumes from 2.5ml to 4.5ml. Made from high-quality polystyrene, it ensures accurate results, even with low wavelengths down to 300nm. You will appreciate the arrow mark that indicates the direction of transmission, helping to minimize variations in your readings. This cuvette is compatible with most spectrophotometers and photometers, making it a convenient choice for various laboratory applications. Additionally, each cuvette is produced with attention to detail, ensuring minimal variation in extinction coefficient for consistent performance.

The Mikikit Standard Cuvette is a reliable and professional lab accessory designed for spectrophotometers. Made from high-quality polystyrene materials, this cuvette ensures accurate and consistent results, even at low wavelengths. With its compatibility with most spectrophotometers and photometers, it can accommodate various sample volumes. The arrow mark on the cuvette indicates the direction of transmission, reducing variation and making it suitable for a wide range of laboratory applications. Each cuvette is manufactured with precision to minimize variation in the extinction coefficient. With the Mikikit Standard Cuvette, you can trust in its accuracy and convenience for your lab experiments and analysis.

The BrandTech Semi-Micro Cuvette is designed to hold sample volumes between 1.5ml and 3.0ml, making it versatile for various laboratory needs. Crafted from high-quality polystyrene, it ensures accurate results, even at lower wavelengths of 300nm. You will appreciate the arrow mark that indicates the direction of light transmission, helping to minimize variations in your readings. Additionally, the cuvettes are produced in a way that groups them by manufacturing mold number, ensuring consistency in performance and reliability for your experiments.

The LAB4US Glass Cuvettes are designed for use with all standard UV-VIS-NIR spectrophotometers, making them versatile for various applications. With a pathlength of 10 mm and a volume of 3.5 ml, they allow you to conduct precise UV-Vis measurements using small liquid samples. The cuvettes feature two optical windows and a robust fused glass body, ensuring reliable performance across a spectral range of 340 to 2500 nm. Additionally, their resistance to acids, bases, and organic solvents means you can work with a wide range of substances without worrying about damage.

The LAB4US Quartz Cuvettes are designed for use with UV-Vis spectrometers, making them an essential tool for your laboratory needs. With two optical windows and a wide spectral range of 190 to 2500 nm, you can perform a variety of experiments with ease. The 10 mm pathlength allows for accurate measurements, while the 3.5 ml volume is perfect for small sample sizes. Additionally, the non-sealing PTFE cover ensures safety and convenience, protecting your samples from contamination. These durable quartz cuvettes are resistant to most chemicals and can withstand high temperatures, providing reliable performance in various conditions.

The BrandTech Semi-Micro Cuvette is designed for precise spectrophotometry with a volume range of 1.5 to 3.0 mL. Made from high-quality polystyrene, it ensures dependable results even at low wavelengths of 300 nm. This cuvette fits most sample volumes and is compatible with various spectrophotometers, making it versatile for your lab needs. An arrow mark helps you align samples correctly, minimizing variations in results. Additionally, the cuvettes are produced in groups to reduce differences in extinction coefficients, ensuring consistent performance across your experiments.