Features:◆ For Ø 0.5" Lens / Objective Mount ◆ Diameter∶ M13.5 x 0.75P◆ M4 & M6 Tapped for Post Mounting ◆ One Retaining Ring and One Teflon Washer Ring◆ Black Anode Alumi..
Features:◆ For Ø 1" Lens / Objective Mount ◆ Diameter∶ M27 x 1.0P◆ M4 & M6 Tapped for Post Mounting ◆ One Retaining Ring and One Teflon Washer Ring◆ Black Anode Aluminum&n..
Features:◆ For Ø 1.2" Lens / Objective Mount ◆ Diameter∶ M31 x 1.0P◆ M4 & M6 Tapped for Post Mounting ◆ One Retaining Ring and One Teflon Washer Ring◆ Black Anode Aluminum..
Features:◆ For Ø 1.5" Lens / Objective Mount ◆ Diameter∶ M39 x 0.75P◆ M4 & M6 Tapped for Post Mounting ◆ One Retaining Ring and One Teflon Washer Ring◆ Black Anode Aluminu..
Features:◆ For Ø 2" Lens / Objective Mount ◆ Diameter∶ M52 x 1.0P◆ M4 & M6 Tapped for Post Mounting ◆ One Retaining Ring and One Teflon Washer Ring◆ Black Anode Aluminum&n..
Features:◆ For Ø 3" Lens / Objective Mount ◆ Diameter∶ M78 x 1.0P◆ M4 & M6 Tapped for Post Mounting ◆ One Retaining Ring and One Teflon Washer Ring◆ Black Anode Aluminum&n..
Features:◆ For Ø 4" Lens / Objective Mount ◆ Diameter∶ M103 x 1.0P◆ M4 & M6 Tapped for Post Mounting ◆ One Retaining Ring and One Teflon Washer Ring◆ Black Anode Aluminum&..
These high-power precision pinholes are designed to withstand high power densities, up to 104 W/mm2 (106 W/cm2) for CW lasers. These are designed to be used with the beam incident on the gold-plated s..
Drawing and Key Features: The M-PF-Series have a foot step like pedestal on the base. They could be easily mounted on the optical table with fork type bases or clamps withou..
These high-power precision pinholes are designed to withstand high power densities, up to 104 W/mm2 (106 W/cm2) for CW lasers. These are designed to be used with the beam incident on the gold-plated s..
These high-power precision pinholes are designed to withstand high power densities, up to 104 W/mm2 (106 W/cm2) for CW lasers. These are designed to be used with the beam incident on the gold-plated s..
These high-power precision pinholes are designed to withstand high power densities, up to 104 W/mm2 (106 W/cm2) for CW lasers. These are designed to be used with the beam incident on the gold-plated s..
These high-power precision pinholes are designed to withstand high power densities, up to 104 W/mm2 (106 W/cm2) for CW lasers. These are designed to be used with the beam incident on the gold-plated s..
These high-power precision pinholes are designed to withstand high power densities, up to 104 W/mm2 (106 W/cm2) for CW lasers. These are designed to be used with the beam incident on the gold-plated s..
These high-power precision pinholes are designed to withstand high power densities, up to 104 W/mm2 (106 W/cm2) for CW lasers. These are designed to be used with the beam incident on the gold-plated s..
These high-power precision pinholes are designed to withstand high power densities, up to 104 W/mm2 (106 W/cm2) for CW lasers. These are designed to be used with the beam incident on the gold-plated s..
These high-power precision pinholes are designed to withstand high power densities, up to 104 W/mm2 (106 W/cm2) for CW lasers. These are designed to be used with the beam incident on the gold-plated s..