Cuvette Holders for Spectrophotometric Systems

Specifications

Pathlength: 1 cm
Z Dimension Spec: 15 mm
Integrated Light Source: No
Light Source Mount Diameter: 9.52 mm
Z Dimension: 15 mm
Fiber Termination: SMA 905
Collimating Lens (SQ1-ALL): 3 each 74-uv
Collimating Lens (CUV-FL-DA): 1 pcs 74-UV
Collimating Lens (CUV-UV-10): 2 each 74-UV
Collimating Lens (CUV-UV): 2 each 74-UV
Water Input Fittings (CUV-UV-10): 3.175 mm (1/8”) NPT
Water Input Fittings (CUV-UV): 3.175 mm (1/8”) NPT
Filter Slot (SQ1-ALL): 12.5 mm and 25 mm
Filter Slot (CUV-FL-DA): Up to 6 mm, screw clamp
Filter Slot (CUV-UV-10): Up to 6 mm, wheel clamp
Filter Slot (CUV-UV): Up to 6 mm, screw clamp
Dimensions (CUV-UV): 58 mm x 140 mm x 38 mm
Pathlength (SQ1-ALL): 1 cm
Pathlength (CUV-FL-DA): 1 cm
Pathlength (CUV-UV-10): 10 cm
Pathlength (CUV-UV): 1 cm
Weight (SQ1-ALL): 544.3 g
Weight (CUV-FL-DA): 80 g
Weight (CUV-UV-10): 1.4 kg
Weight (CUV-UV): 230 g
Dimensions (SQ1-ALL): 90.6 mm x 90.6 mm x 71.6 mm
Dimensions (CUV-FL-DA): 57 mm x 61 mm x 29 mm
Dimensions (CUV-UV-10): 97 mm x 147 mm x 40 mm
Document icon Download Data Sheet Download icon

Features


  • Versatile Compatibility: The CUV-UV Cuvette Holder is designed for 1-cm pathlength cuvettes and can be coupled with Ocean Optics high-sensitivity miniature fiber optic spectrometers and light sources.

  • Compact Design: This cuvette holder is optimized for UV-VIS-NIR, providing a small-footprint solution for absolute absorbance measurements of aqueous solutions.

  • Multiple Options: Choose from different models including the CUV-UV-10 for 10-cm cuvettes, the CUV-FL-DA for direct attachment, and the SQ1-ALL with additional features like collimators and filter holders.

  • High-Performance Measurements: The CUV-UV-10 model is ideal for absorbance/transmission measurements of both aqueous solutions and gases.

  • Fluorescence and Relative Absorbance: The CUV-FL-DA model is perfect for fluorescence and relative absorbance experiments, optimized for UV-VIS-NIR (200-2000 nm) applications.

  • Enhanced Signal Collection: Mirror Screw Plugs are available to increase signal collection for fluorescence measurements by redirecting energy back to the sample.

  • Robust Construction: Each model is built with specific dimensions and weights to suit various experimental setups, ensuring durability and reliability.

  • Easy Integration: All models feature SMA 905 fiber termination for seamless integration with existing systems.

  • Customizable Options: Filter slots and water input fittings are available in select models for enhanced experimental flexibility.

Applications


  • CUV-UV: Holder for 1-cm Cuvettes

    • Couples via SMA 905-terminated optical fibers to Ocean Optics high-sensitivity miniature fiber optic spectrometers and light sources.

    • Creates small-footprint spectrophotometric systems for absolute absorbance measurements of aqueous solutions.

    • Optimized for UV-VIS-NIR.



  • CUV-UV-10: Holder for 10-cm Cuvettes

    • Couples via SMA 905-terminated optical fibers to Ocean Optics high-sensitivity miniature fiber optic spectrometers and light sources.

    • Creates small-footprint spectrophotometric systems for absorbance/transmission measurements of aqueous solutions and gases.

    • Optimized for UV-VIS-NIR.



  • CUV-FL-DA: Direct-attach Cuvette Holder

    • Attaches directly to Ocean Optics light sources and couples via SMA 905-terminated optical fibers to spectrometers.

    • Creates an incredibly small-footprint spectrophotometric system for fluorescence and relative absorbance experiments.

    • Optimized for UV-VIS-NIR (200-2000 nm) applications.

    • Holds 1-cm square cuvettes.



  • SQ1-ALL: Square One cuvette holder

    • Features 3 collimators, 1-cm path, 2 filter holders, and an integrated cover.

    • Optimized for 200-2000 nm applications.



  • 74-MSP: Mirror Screw Plugs

    • Designed for use with fluorescence cuvette holders.

    • Inserted into a collimating lens port on the cuvette holder to redirect energy back to the sample or back into a collimating lens.

    • Increases signal collection for fluorescence measurements.