High-Energy Pinhole, Molybdenum, 40 µm, 900 Series

The 900PH-40 High Energy Pinhole Aperture is fabricated from ultra-thin molybdenum, a refractory alloy with high heat conductivity and melting point. This material exhibits almost no warping due to localized heating by the laser. A smooth 40 ± 4 μm diameter hole with extremely low ellipticity is produced using laser drilling techniques. These pinholes have a laser damage threshold of 75 MW/cm2 CW and are suitable for pulsed laser use up to 700 mJ/cm2. This version is mounted for use with our Model 900 spatial filter.

Specifications

Technical Specs

Type
High Energy Pinhole
Aperture Diameter
40 µm
Aperture Diameter Tolerance
±4 µm
Material
Molybdenum

Diameter Tolerance
±0.125 mm
Damage Threshold
75 MW/cm² CW, 700 mJ/cm² with 10 nsec pulses, typical
Thickness
15.24 µm
Use
900 Series Spatial Filters

Type
High Energy Pinhole
Aperture Diameter
40 µm
Aperture Diameter Tolerance
±4 µm
Material
Molybdenum

Diameter Tolerance
±0.125 mm
Damage Threshold
75 MW/cm² CW, 700 mJ/cm² with 10 nsec pulses, typical
Thickness
15.24 µm
Use
900 Series Spatial Filters

Resources & Downloads

3D Product Models

2D Product Drawings

900P-MNT DWG.pdf(207 kB, PDF)

Other

900PH-40 RoHS Certificate(264.4 kB, PDF)
900PH-40_ROHS2-2021.pdf(279.7 kB, PDF)

Related Products

Compatible

Description	Compatibility
Spatial Filter, Three-Axis	IMPERIAL	Learn More
High Energy Pinhole Mount, Requires Unmounted Pinhole	UNIVERSAL	Learn More
Spatial Filter, Three-Axis, Metric	METRIC	Learn More

Frequently Purchased Together

	Compare	Description	Compatibility	Drawings, CAD & Specs	Avail.	Price
		High-Energy Pinhole, Molybdenum, 50 µm, 900 Series	UNIVERSAL				Learn More

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