The frames from 3DOptix, Breadbox™ & Extendable Breadboards, can be used to design and build any precise three-dimensional structure or optical bench.
The 3DOptix optomechanical mounts can hold off-the-shelf optical elements.
With 3DOptix Bundle Reference Design of frames and mounts, it is easy to assemble any one of several optical applications.
3DOptix's rapid optical prototyping equipment allows you to build an accurate optomechanical prototype using 3DOptix's virtual cage system. It allows you to create a three-dimensional grid for accurate multi-level and 3D assembly in a manner that is fast, modular and versatile.
With 3DOptix™ frames and mounts, it is easy to build various machines with different functionalities using almost the same components. With a bundle reference design offer, you get the parts needed in order to assemble any one of several optical applications at the price of one.
This selection of optomechanical mounts from 3DOptix™ can hold off-the-shelf optical elements. They are extremely accurate, have minimum degrees of freedom, are mounted precisely using dowel pins and screws, and the optical elements are always centered exactly above the fixation locations.
This selection of frames from 3DOptix can be used to design and build any precise three-dimensional structure or optical bench. The Breadbox™ frames are assembled as lego-style building blocks and can hold 3DOptix™'s precise optomechanical mounts.
Optical telescope configurations provide the ability to magnify the apparent angular size of objects.
Nonlinear optics apparatus is used for converting one or two colors to another one via a nonlinear interaction.
Nonlinear optics apparatus is used for converting one or two colors to another one via a nonlinear interaction.
Nonlinear optics apparatus is used for converting one or two colors to another one via a nonlinear interaction.
The delay-line extender reference design is part of the 3DOptix reference design solutions. The apparatus increases the effective length of the conventional delay line, via a three-dimensional propagation path allowed by the 3DOptix platform.
The organizer sync reference design allows to temporally synchronize up to three laser pulses that are already in the 3DOptix spatial grid (or that of your optical table).
The organizer combine reference design combines up to three light beams which are already in the 3DOptix spatial grid (or that of your optical table) onto one main line or several optical lines that will be exactly parallel to each other.
The organizer Get2Grid reference design arranges up to three outputs from any light source into the three-dimensional grid of the 3DOptix optomechanical elements.
The multiple pulses apparatus reference design is part of the 3DOptix time-resolved spectroscopy reference designs.
The pump probe technique is a widely used ultrafast spectroscopy method allowing to study the ultrafast dynamics of light-matter interactions.
The intensity autocorrelator benefits from 3DOptix optomechanics precision which makes the alignment process easy and extremely short.
Rotation of polarization is an essential task in the manipulation of light beams. The ability to accurately rotate between s-waves and p-waves is important for many optical apparatus. This becomes much more difficult to do with broad bandwidth light sources.
Rotation of polarization is an essential task in the manipulation of light beams. The ability to accurately rotate between s-waves and p-waves is important for many optical apparatus. This becomes much more difficult to do with broad bandwidth light sources.
The Michelson Interferometer reference design is part of the 3DOptix interferometer design series. Interferometers use the property of interference between two optical beams to accurately measure various optical properties. 3DOptix provides an easy and precise manner in which to build such devices.
The Mach-Zehnder Interferometer reference design is part of the 3DOptix interferometer design series. Interferometers use the property of interference between two optical beams to accurately measure various optical properties. 3DOptix provides an easy and precise design and building blocks with which to build such devices.
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