Products
The Model 716 maintains the polarization
orientation input-to-output
Conoptics is pleased to announce a new large aperture free-space optical isolators designed for use with Nd:YAG lasers (1064 nm). Optical isolators, also known as Faraday isolators, are magneto-optic devices that preferentially transmit light along a single direction, shielding upstream optics from back reflections. Back reflections can create a ...
Conoptics manufactures a line of laser accessories, including driver electronics, beam deflectors, noise reduction tools, and optical isolators, all designed to meet diverse **modulation systems configuration options**. All electro-optic modulators listed in this data sheet are of the transverse field type, where the electric field produced by the applied ...
We have developed an E-O Multiphoton Microscopy system designed for the Insight DS+ and Chameleon Discovery lasers, operating in the 680nm-to-1300nm wavelength range. This system enhances performance by allowing precise control over laser intensity, ensuring high-resolution imaging for various research applications.
Conoptics' electro optic deflection systems are designed to efficiently change the angle of a laser beam with high precision. These systems can scan a laser beam across various angles or control its output angle with great accuracy. By utilizing a quadrapole electric field within an electro-optic material, they create ...
Conoptics’ new “Beam Block” assembly allows an integrated solution that terminates the rejected component of the polarizer. This innovative design eliminates the need for any external beam block, and provides a safer setup design.
Conoptics has developed a complete line of Pulse Selection Systems for use with Ti:Sapphire, YAG, YLF and OPO™s from 350nm-to 1600nm applications. Customized options are also available.
Conoptics Pulse Selection System is designed to interface with applications that utilize pulsed lasers up to 100MHz and wavelength ranges from 350nm out ...
Conoptics Laser Stabilization System (LASS-II) is designed to lower the noise intensity in laser beams. The LASS-II significantly enhances the signal to noise ratio of a laser over a broad bandwidth. Customized options are also available upon request.
Designed for use with Ti:Sapphire Lasers
Conoptics has released the Model 201 Laser Attenuator / Power Splitter that permits the end user to split the laser beam exiting the Ti:Sapphire laser into (2) distinct beams and control the power for each instance.
Conoptics has developed the Model 320 Electro-Optic Nutator for deflecting an optical beam in two orthogonal axes. The Model 320 Nutator is used to scan linearly polarized collimated beam over the clear aperture of a focusing lens at a wavelength of 1550nm.
Input Polarizer is used to improve the purity of the laser beam entering the pockel-cell. The performance of our modulators in particular the extinction ratio and transmission, are dependent on proper alignment of the laser beam and its polarization.
