The Q-RG-12 Guide Rod enables the mounting and positioning of optical components such as lenses and polarizers between two cubes. The rod length is sized to space the cube's centerline at an even inch increments which is indicated by the suffix in the part number, for example, the Q-RG-12 provides ..
The Q-RG-4 Guide Rod enables the mounting and positioning of optical components such as lenses and polarizers between two cubes. The rod length is sized to space the cube's centerline at an even inch increments which is indicated by the suffix in the part number, for example, the Q-RG-4 provides max..
The Q-RG-6 Guide Rod enables the mounting and positioning of optical components such as lenses and polarizers between two cubes. The rod length is sized to space the cube's centerline at an even inch increments which is indicated by the suffix in the part number, for example, the Q-RG-6 provides max..
The Q-RG-8 Guide Rod enables the mounting and positioning of optical components such as lenses and polarizers between two cubes. The rod length is sized to space the cube's centerline at an even inch increments which is indicated by the suffix in the part number, for example, the Q-RG-8 provides max..
The Q-RG-10 Guide Rod enables the mounting and positioning of optical components such as lenses and polarizers between two cubes. The rod length is sized to space the cube's centerline at an even inch increments which is indicated by the suffix in the part number, for example, the Q-RG-10 provides ..
The 9023 e⋅z⋅Trac Rail mounts directly to our stages or other accessories and lets you quickly configure and reconfigure your stage setup. The rail's precision alignment holes guarantee orthogonality when you reconfigure the stages, and the dovetail design ensures that the stages won't suf..
The F-KS Kevlar Shears provide an efficient solution for trimming Kevlar® strength members of fiber optic cables. This durable tool is made of hot-forged, high carbon steel with non-slip serrated blades. Overall length: 6.5 inch, full cutting length: 0.625 inch..
The Integrity 2 Series VCS is designed to provide a superior working surface for general purpose photonics applications that are not extremely sensitive to vibrations. Integrity 2 VCS systems are often used in spectroscopy, multimode fiber, micropositioning and non-interferometric applications. The..
The Integrity 2 Series VCS is designed to provide a superior working surface for general purpose photonics applications that are not extremely sensitive to vibrations. Integrity 2 VCS systems are often used in spectroscopy, multimode fiber, micropositioning and non-interferometric applications. The..
The Integrity 2 Series VCS is designed to provide a superior working surface for general purpose photonics applications that are not extremely sensitive to vibrations. Integrity 2 VCS systems are often used in spectroscopy, multimode fiber, micropositioning and non-interferometric applications. The..
The Integrity 2 Series VCS is designed to provide a superior working surface for general purpose photonics applications that are not extremely sensitive to vibrations. Integrity 2 VCS systems are often used in spectroscopy, multimode fiber, micropositioning and non-interferometric applications. The..
The Integrity 2 Series VCS is designed to provide a superior working surface for general purpose photonics applications that are not extremely sensitive to vibrations. Integrity 2 VCS systems are often used in spectroscopy, multimode fiber, micropositioning and non-interferometric applications. The..