Graticules Optics, 10mm diameter electroformed air slit, 0.005mm (5μm) x 3mm aperture - LW5

Specifications

Slit Width: 5 um
Slit Length: 3 mm
Mounting: Unmounted
Part Diameter: 10 mm
Aperture Size: 0.005mm (5μm) wide x 3mm long
Material: 10mm diameter Copper Foil, blackened one side
Tolerance: +/-0.5μm
Mount: Unmounted
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Features


  • High Precision Aperture: The LW5 Electroformed Metal Foil Aperture features an ultra-narrow slit measuring 0.005mm (5μm) wide by 3mm long, ensuring precise applications.

  • Premium Material: Constructed from a 10mm diameter copper foil, blackened on one side to reduce glare and enhance performance.

  • Exacting Tolerance: Manufactured with a tolerance of +/-0.5μm, guaranteeing consistent and reliable results.

  • Unmounted Design: Offers flexibility for custom mounting solutions to suit specific project requirements.

  • Comprehensive Product Range: Explore our full list of LW products, including various sizes and specifications to meet diverse needs:

    • LW5 Foil Slit, 10mm diameter, 0.005mm wide x 3mm long - 04D00980

    • LW10 Foil Slit, 10mm diameter, 0.01mm wide x 3mm long - 04D00981

    • LW25 Foil Slit, 10mm diameter, 0.025mm wide x 5mm long - 04D00982

    • LW50 Foil Slit, 10mm diameter, 0.05mm wide x 5mm long - 04D00983

    • LW100 Foil Slit, 10mm diameter, 0.1mm wide x 7.5mm long - 04D00984

    • LW250 Foil Slit, 10mm diameter, 0.25mm wide x 7.5mm long - 04D00985

    • LW500 Foil Slit, 10mm diameter, 0.5mm wide x 7.5mm long - 04D00986

    • LW1000 Foil Slit, 10mm diameter, 1.0mm wide x 7.5mm long - 04D00987



Applications


  • Precision Optical Experiments: The LW5 Electroformed Metal Foil Aperture is ideal for high-precision optical experiments requiring extremely narrow slits.

  • Microscopy: Use in advanced microscopy techniques where precise light control is necessary.

  • Spectroscopy: Suitable for spectroscopic applications that demand high-resolution light filtering.

  • Laser Applications: Perfect for laser beam shaping and profiling due to its precise aperture size.

  • Research and Development: Essential for R&D projects that require exacting specifications and tolerances.

  • Calibration Tools: Can be used as a calibration tool for optical instruments needing precise measurement standards.

  • Photonics: Applicable in photonics for controlling and manipulating light at a micro-scale.