The M-IG-48-2 Industrial Grade Honeycomb Core Optical Breadboard has a 1200 mm width, a 2400 mm length, and is 58 mm thick with M6 Metric mounting holes on 25 mm grid with 12.5 mm boarders. The M-IG Series has become the standard for industrial applications not requiring the extremely high rigidity ..
The M-IG-48-2-ML Industrial Grade Honeycomb Core Optical Breadboard with Microlocks has a 1200 mm width, a 2400 mm length, and is 58 mm thick with M6 Metric mounting holes on 25 mm grid with 12.5 mm boarders. The M-IG Series has become the standard for industrial applications not requiring the extre..
The M-SG-48-4 Scientific Grade Honeycomb Core Optical Breadboard has a 1200 mm width, a 2400 mm length, and is 110 mm thick with Metric M6 holes on 25 mm grid with 12.5 mm borders. The M-SG Series provides rock-solid stability and rigidity to support demanding research applications. It demonstrates ..
The M-SG-48-2 Scientific Grade Honeycomb Core Optical Breadboard has a 1200 mm width, a 2400 mm length, and is 59 mm thick with Metric M6 holes on 25 mm grid with 12.5 mm borders. The M-SG Series provides rock-solid stability and rigidity to support demanding research applications. It demonstrates a..
The M-SG-48-4-ML Scientific Grade Honeycomb Core Optical Breadboard with Microlocks has a 1200 mm width, a 2400 mm length, and is 110 mm thick with Metric M6 holes on 25 mm grid with 12.5 mm borders. The M-SG Series provides rock-solid stability and rigidity to support demanding research application..
The M-SG-48-2-ML Scientific Grade Honeycomb Core Optical Breadboard with Microlocks has a 1200 mm width, a 2400 mm length, and is 59 mm thick with Metric M6 holes on 25 mm grid with 12.5 mm borders. The M-SG Series provides rock-solid stability and rigidity to support demanding research applications..
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..
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..