Fully enclosed module containing a 635nm single mode fibre pigtail laser
diode system and collimating optics to provide a high quality 24mm
diameter beam ideal for use in Optical Fourier Transform, Computer
Generated Hologram and Diffractive Optics experiments.
The modules are easy to use and require no optical alignment or contact with the sensitive optical fibre and drive board arrangement. The variable power module (<2mW) is the perfect companion to the SDE1024 SLM and is also compatible with the Thorlabs 30mm cage system.
Download the datasheet here.
Custom beam sizes and wavelengths are available - please contact us with your specific requirements.
Liquid Crystal on Silicon (LCoS) 1024x768 pixel microdisplays for use with display and non-display applications. The devices are supplied with a XGA drive board for simple set up as a primary or secondary PC monitor and can be applied to a variety of research applications.
The SLM is supplied in an enclosure that is compatible with the Thorlabs 30mm cage system,allowing the unit to be mounted to an optical bench or cage assembly.
Please contact us for further details or view the datasheet here.
| "The
Cambridge Correlators SLMs give remarkable performance for their price.
They mean that we can afford to have extra SLMs to try out new ideas
and even take into the teaching labs, which lets the students try some
really fun experiments." - Richard Bowman,Optics Group (Optical Tweezers), University of Glasgow |
Price: $1,200USD per kit, excluding local taxes and shipping.
Single stage Optical Fourier Transform kits are available for
teaching and research, allowing the user to gain a practical
understanding of the principles involved to apply Fourier optics and optical correlation to their own applications.
Aimed primarily at academia and research laboratories, the kit can be used to provide a fascinating insight into the huge potential of Fourier optics. The kit is supplied with a comprehensive Windows-based software package which allows users to conduct their own correlation and OFT experiments via a user friendly graphical interface, using input and reference images from a variety of sources and formats. Also supplied is a Matlab interface, which allows the optical system to be called as a Matlab function (requires Matlab package, not included).
Contact us for further information and download the datasheet here
| "The low
cost of the kits opens the field of research to a much wider audience." - Kelly Randolph, Optical researcher, Texas |
Made to order kits are available to demonstrate the dramatic effects of fluid flow visualisation using the principles of Schlieren optics. Various sized optics are available to meet with specific requirements.
(video below shows the visualisation of air being heated around the tip of a soldering iron)
Custom correlator and bespoke optical systems are available to meet specific user requirements - please contact us to discuss your requirements.
