Spec
Spatial Filters
- Linear roller bearing in V-shaped guide and hardened ground steel rod design provide especially stable and accurate motion.
- Pin hole is positioned in both X/Y directions, driven with two precision-machined screws, easy to operate.
Microscope Objective Holders
Laser Apertures/ Pinhole (w/o mount)
High Power Apertures
Gold plated copper disc, 3/8″ (9.5mm) Dia., aperture is centered to ±0.005″. Specifically used for laser aperturing of Nd:YAG and CO₂ lasers.
One side of aperture is gold on polished copper for high reflectivity.
The aperture thickness can withstand and quickly dissipate increased irradiation from high energy lasers.
Densities as high as 100MW/cm² have been used without damage to the aperture-making it the best to hold off laser power for aperturing and spatial filtering.
Precision Air Slits
Used in optical systems and educational efforts. By scanning across the focal point, MTF and point spread function can be calculated.
More commonly used in light aperturing, spectrophotometer image analysis, and various optical experiments. 3/8″ (9.5mm) stainless steel disc. Stainless Steel, 3/8″ (9.5mm) Dia., high quality aperture centered to ±0.002″ (50 micron).
Typical applications include leak detection, aerosol studies, laser aperturing, holography, fiber optics guides, spatial filtering, and research.
| Model | Description |
|---|---|
| IP001 | Ø1 µm Precision Pinhole |
| IP002 | Ø2 µm Precision Pinhole |
| IP005 | Ø5 µm Precision Pinhole |
| IP008 | Ø8 µm Precision Pinhole |
| IP010 | Ø10 µm Precision Pinhole |
| IP012 | Ø12 µm Precision Pinhole |
| IP015 | Ø15 µm Precision Pinhole |
| IP020 | Ø20 µm Precision Pinhole |
| IP025 | Ø25 µm Precision Pinhole |
| IP035 | Ø35 µm Precision Pinhole |
| IP050 | Ø50 µm Precision Pinhole |
| IP100 | Ø100 µm Precision Pinhole |
| IP200 | Ø200 µm Precision Pinhole |
| IP300 | Ø300 µm Precision Pinhole |
| IP400 | Ø400 µm Precision Pinhole |
| IP500 | Ø500 µm Precision Pinhole |
| IP600 | Ø600 µm Precision Pinhole |
| IP800 | Ø800 µm Precision Pinhole |
| IP900 | Ø900 µm Precision Pinhole |
| IP1000 | Ø1000 µm Precision Pinhole |
| IPH005 | High-Power Ø5 µm Precision Pinhole |
| IPH010 | High-Power Ø10 µm Precision Pinhole |
| IPH025 | High-Power Ø25 µm Precision Pinhole |
| IPH035 | High-Power Ø35 µm Precision Pinhole |
| IPH050 | High-Power Ø50 µm Precision Pinhole |
| IPH100 | High-Power Ø100 µm Precision Pinhole |
| IPH200 | High-Power Ø200 µm Precision Pinhole |
| IPH500 | High-Power Ø500 µm Precision Pinhole |
| IPH1000 | High-Power Ø1000 µm Precision Pinhole |
| IPS005 | Slit width : 5 µm |
| IPS010 | Slit width : 10 µm |
| IPS025 | Slit width : 25 µm |
| IPS050 | Slit width : 50 µm |
| IPS075 | Slit width : 75 µm |
| IPS100 | Slit width : 100 µm |
| IPS200 | Slit width : 200 µm |
| IPS500 | Slit width : 500 µm |
| IPS1000 | Slit width : 1000 µm |
| EPH01 | Pinhole mount, For Pinhole Dia.: 9.5 mm |
Precision Fiber Couplers
Miniature design with X/Y positioning, especially suitable for precision fiber coupling.
Equipped with fiber chuck designed to hold bare optical fibers with a cladding diameter of 150 μm.
| Model | Description | Download |
|---|---|---|
| EF01 | Fiber Chuck: 250 μm cladding diameter |    |
| EF01A | Fiber Chuck: 250 μm cladding diameter | |
| EF01T | Fiber Chuck: 250 μm cladding diameter | |
| EF01AT | Fiber Chuck: 250 μm cladding diameter | |
