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Lasers & Opto-Electronics
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Lasers and Opto-electronics play an ever growing role in all walks of modern life, be it in communication, entertainment, manufacturing or instrumentation. Holmarc's products in opto-electronics are designed to introduce the basics of opto-electronic devices and its characteristics. Our laser optics lab (Model No: HO-ED-LOL-01) can be used for research projects in related disciplines as well.


Apparatus for the Characteristic Study of Diode Laser

This is an important educational instrument for the study of beam profile with the detector mounted on XYZ translation stage and the diode laser.



Apparatus for Laser Beam Profile Analysis

The Laser beam profiler is a high precision, CCD based (for VIS/NIR) device to be used with lasers having wavelengths between 340nm and 1100 nm.



Apparatus for Opto-Electronics Characterization

Holmarc's HO-ED-LOE-02 is for the characterization of Optoelectronic components. Optoelectronics is the study and application of electronic devices that interacts with light.



Z- Scan System

The Z-Scan technique is a simple and popular experimental technique to measure intensity dependent nonlinear susceptibilities of materials.



Spectral Characterization of LED

The Z-Scan technique is a simple and popular experimental technique to measure intensity dependent nonlinear susceptibilities of materials.



Determination of Conversion Efficiency of Crystals - Second Harmonic Generation

The Z-Scan technique is a simple and popular experimental technique to measure intensity dependent nonlinear susceptibilities of materials.



Laser Optics LAB

Holmarc's Model no: HO-ED-LOL-01 is designed for performing innovative experiments and carrying out optics related projects.


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