Graticules Optics, Mounted Circular 3mm Copper Foil Pinhole Aperture, 1µm diameter – C1

Specifications

Pinhole Diameter: 1 um
Mounting: Mounted
Part Diameter: 12.7 mm
Document icon Download Data Sheet Download icon

Features


  • High Precision Aperture: Features a 0.001mm (1μm) diameter for precise applications.

  • Material: Constructed from 3mm copper foil, blackened on one side for enhanced performance.

  • Tight Tolerance: Offers a tolerance of +/-0.5μm, ensuring accuracy in measurements.

  • Durable Mount: Comes with a circular holder made from black anodised aluminium for robust support.

  • Versatile Mount Sizes: Available in mount diameters of 12.7mm, 16mm, or 25mm to suit various setups.

  • Product Variants: Available in multiple aperture sizes for diverse needs:

    • C 1: 0.001mm (1μm) diameter - Order Code: 04D00900

    • C 2: 0.002mm (2μm) diameter - Order Code: 04D00901

    • C 5: 0.005mm (5μm) diameter - Order Code: 04D00902

    • C 10: 0.01mm (10μm) diameter - Order Code: 04D00903

    • C 25: 0.025mm (25μm) diameter - Order Code: 04D00904

    • C 50: 0.05mm (50μm) diameter - Order Code: 04D00905

    • C 100: 0.1mm (100μm) diameter - Order Code: 04D00906

    • C 250: 0.25mm (250μm) diameter - Order Code: 04D00907

    • C 1000: 1.0mm (1000μm) diameter - Order Code: 04D00908



  • Customizable Order Codes: Add mount diameter to the order code (e.g., /25 for 25mm) for easy customization.

Applications


  • Precision Optical Experiments: Ideal for experiments requiring precise control of light passage through a small aperture.

  • Laser Beam Profiling: Used in laser systems to define the beam size and shape accurately.

  • Microscopy: Enhances resolution by limiting the light entering the microscope, improving image clarity.

  • Calibration of Optical Instruments: Provides a known reference point for calibrating optical devices.

  • Particle Size Analysis: Assists in determining the size of particles by controlling the light passing through the sample.

  • Scientific Research: Utilized in various research applications where precise light control is necessary.

  • Quality Control in Manufacturing: Ensures consistency and precision in products requiring exact aperture sizes.

  • Photography and Cinematography: Used in cameras and projectors to control light exposure and focus.

  • Fiber Optic Systems: Helps in aligning and coupling light into fiber optic cables.

  • Educational Demonstrations: Demonstrates principles of optics and light behavior in educational settings.