Products

E-O Modulator Option Summary

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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.

Laser Beam Blocker

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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.

Modulation Systems – Input Polarizer

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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.
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Conoptics has developed a complete line of mounts for use with our modulators and deflectors. Customized options are also available.

Optical Trapping Deflection Systems

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Conoptics has developed a deflection system for optical trapping called the Model 412 2-Axis Electro-optic Deflection system. This system includes two deflectors and a dual linear amplifier

Electro-Optic Deflection Systems

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Conoptics’ series of electro-optic deflectors are the most efficient mechanisms for changing the angle of a laser beam. Conoptics can scan a laser beam over a range of angles, or control the output angle of a laser beam with great accuracy. We employ a quadrapole electric field in an ...

815 Optical Isolator

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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 ...

716TGG Optical Isolator

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The Model 716 maintains the polarization orientation input-to-output

716 (Double) Optical Isolator

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The Model 716 maintains the polarization orientation input-to-output

715 Optical Isolator

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Optical Isolator with input and output polarizer’s pre-aligned to the rotator glass. In this configuration the “input end” is the end with the tuning ring. The input polarizer is aligned for vertical input polarization and the output polarizer is 45 degrees to the input.

714 Optical Isolator

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Optical Isolator with input and output polarizer's pre-aligned to the rotator glass. In this configuration the "input end" is the end with the tuning ring. The input polarizer is aligned for vertical input polarization and the output polarizer is 45 degrees to the input.