Graticules Optics, 3mm diameter Mounted Rectangular Foil Slits, 5µm x 1mm – L5

Specifications

Slit Width: 5 um
Slit Length: 1 mm
Mounting: Mounted
Part Diameter: 12.7 mm
Material: Copper Foil, Blackened one side
Aperture Size: 0.005mm (5μm) wide and 1mm long
Tolerance: +/-0.5μm
Mount: Circular Holder in Black Anodised Aluminium
Foil Dimension: 3mm Diameter
Available Mount Diameters: 12.7mm, 16mm or 25mm
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Features


  • High Precision Aperture: The L5 Mounted Rectangular Slit Aperture features a precise slit size of 0.005mm (5μm) wide and 1mm long, ideal for applications requiring high accuracy.

  • Material: Constructed from durable copper foil, blackened on one side to minimize reflections and enhance performance.

  • Tight Tolerance: Offers a tolerance of +/-0.5μm, ensuring reliable and consistent results.

  • Robust Mounting: Comes with a circular holder made from black anodized aluminum, providing a sturdy and secure mount.

  • Foil Dimension: The aperture is mounted on a 3mm diameter foil, ensuring compact and efficient design.

  • Versatile Mount Diameters: Available in three different mount diameters: 12.7mm, 16mm, or 25mm, to suit various equipment and setups.

  • Comprehensive Product Range: Part of a full range of mounted rectangular slits, including:

    • L2 Mounted Rectangular Slit, 0.002mm wide 1.0mm long - 04D00950

    • L5 Mounted Rectangular Slit, 0.005mm wide 1.0mm long - 04D00951

    • L10 Mounted Rectangular Slit, 0.01mm wide x 1.5mm long - 04D00952

    • L25 Mounted Rectangular Slit, 0.025mm wide x 1.5mm long - 04D00953

    • L50 Mounted Rectangular Slit, 0.05mm wide x 2mm long - 04D00954

    • L100 Mounted Rectangular Slit, 0.1mm wide x 2mm long - 04D00955

    • L250 Mounted Rectangular Slit, 0.25mm wide x 2mm long - 04D00956



Applications


  • Precision Optical Experiments: Ideal for applications requiring precise control over light passage, such as diffraction experiments and optical alignment.

  • Laser Beam Shaping: Useful in shaping laser beams for specific applications, ensuring a narrow and controlled beam profile.

  • Spectroscopy: Can be used in spectroscopic setups to isolate specific wavelengths or to control the light path.

  • Microscopy: Enhances imaging techniques by providing a controlled aperture for light entry, improving resolution and contrast.

  • Calibration: Serves as a standard for calibrating optical instruments and ensuring measurement accuracy.

  • Research and Development: Essential for R&D in fields like photonics, where precise light manipulation is crucial.