200pcs 1.5ml Disposable Plastic Cuvette Polystyrene Cuvette with Two Light for Spectrophotometers

200pcs 1.5ml Disposable Plastic Cuvette Polystyrene Cuvette with Two Light for Spectrophotometers Περιγραφή

Crafted from polystyrene material, these disposable cuvettes ensure excellent clarity and optical consistency. The standard 10mm path length is optimized for accurate measurements across a 340-750 nm wavelength range.
The disposable nature of these plastic cuvettes eliminates the need for labor-intensive cleaning processes. By using them once, you can save valuable laboratory and maintain a streamlined workflow for your routine testing procedures
Featuring a practical "V" shaped marking its top, the cuvette provides a clear visual guide for proper orientation. This simple design ensures the two light windows are correctly aligned with the instrument's path, promoting uniform placement and contributing to consistent measurement results every it is used
This product is designed for use with standard spectrophotometers, supporting a fundamental laboratory technique. It is suitable for various applications, including educational demonstrations and routine quantitative analysis. The cuvettes facilitate the measurement of how light interacts with liquid samples
The package contains 200 pieces of 1.5ml cuvettes, providing a substantial quantity for frequent laboratory needs. This bulk packaging is suitable for environments with high throughput, such as student laboratories or quality control checks. It helps ensure you have a ready supply for your ongoing projects
Features:
With a 1.5ml capacity, these cuvettes are designed for semi-micro volume measurements, a common requirement in many protocols. This volume is efficient, conserving sometimes precious samples while being fully compatible with the sample holders of most standard spectrophotometers.
Featuring two light windows, this cuvette is designed for precise light transmission in spectrophotometers. The dedicated light path ensures that measurements are taken correct