Design and simulate an optical beam path

Utilize the advanced 3D and optical simulation capabilities in 3DOptix to design an optical beam path. Leverage the extensive catalog of optical and optomechanical products to quickly create a comprehensive setup, verify its optical accuracy, and ensure optimal space utilization on the optical table.

This design leverages our advanced capabilities.

1. Simulation – unlimited “simulation propagation” usage
2. Detector – high-resolution detectors for high accuracy
3. Analysis – Incoherent Irradiance advanced analysis with millions of rays and high-resolution detectors

Simulate an imaging design with a 1951 USAF resolution test chart aperture

Unlock the potential of your imaging design by utilizing 3DOptix Professional license for simulation, incorporating the precision of a 1951 USAF resolution test chart aperture

This design leverages our advanced capabilities.

1. Source – simulate a source with millions of rays for high accuracy 
2. Detector – high-resolution detectors for high accuracy
3. Analysis – Incoherent Irradiance advanced analysis with millions of rays and high-resolution detectors 
4. Aperture – upload any aperture Image

Explore the world of Fourier Optics with 3DOptix and the 4f Optical System

Unlock the potential of 3DOptix software, where the simulation of Fourier optics models becomes a reality. Explore a 4f optical system with 3DOptix, where two lenses are positioned at a distance equal to their focal lengths. Investigate a myriad of applications, including image processing, spatial filtering, and signal modulation, thanks to its precise execution of Huygens-Fresnel diffraction.

The simplicity and versatility of the 4f optical system position it as an indispensable tool in various fields, such as holography, image encryption, and adaptive optics, contributing significantly to advancements in modern optical technology.

This design leverages our advanced capabilities.

1. Diffraction – Ultra precision Huygens diffraction propagation with no assumption
2. Source – Generation of Gaussian beam using a plain wave source and spacial filters
3. Analysis – State-of-the-art accurate Huygens diffraction analysis
4. Imaging – mask Imaging using diffraction propagation
5. Mask uploads – loading pre-designed amplitude or phase masks
6. Detector – high-resolution detectors for high accuracy

Simulate coherence effects using a Mach Zehnder interferometer

Experience the power of optical coherence simulations with 3DOptix using a Mach-Zehnder interferometer. Simulate and analyze precisely optical coherences within this advanced optical system.

This design leverages our advanced capabilities.

1. Source – simulate a source with millions of rays for high accuracy
2. Detector – high-resolution detectors for high-accuracy imaging
3. Analysis – Coherent Irradiance advanced analysis with millions of rays and high-resolution detectors 
4. Customized Optics – change the window thickness and explore the index of refraction change

Simulate Köhler illumination for microscopy in 3DOptix

Explore the enhanced world of microscopy illumination with 3DOptix by simulating the Köhler illumination technique. This innovative approach creates improved, glare-free illumination for microscopy applications, particularly when utilizing non-uniform sources. Utilize 3DOptix to accurately model and optimize Köhler illumination, unlocking new insights and advancements in your microscopy experiments.

This design leverages our advanced capabilities.

1. Source – simulate a source with millions of rays for high accuracy
2. Detector – high-resolution detectors for high accuracy
3. Analysis – Incoherent Irradiance advanced analysis with millions of rays and high-resolution detectors
4. Aperture – use the 3DOpix Aperture presets

Analyze different optical aberrations using a Cooke triplet in 3DOptix

Learn and analyze optical aberrations with precision using 3DOptix. Harness the simulation capabilities to explore a variety of optical aberrations, all within the context of a Cook Triplet optical system. With 3DOptix, fine-tune your optical designs, observe the complexities of aberrations, and gain valuable insights into optical system performance.

This design leverages our advanced capabilities.

1. Source – simulate a source with millions of rays for high accuracy
2. Detector – high-resolution detectors for high accuracy
3. Analysis – Incoherent Irradiance advanced analysis with millions of rays and high-resolution detectors
4. Ray color palette – user-defined colors

Revealing the World of Spectrometry with 3DOptix

Spectrometers are essential instruments employed to measure the spectral quantity of light, be it from a light source or a sample. By quantifying light intensity across wavelengths, they offer valuable insights into the composition, structure, and properties of materials. From portable handheld devices to sophisticated laboratory-grade setups, spectrometers find applications across diverse fields, including chemistry, physics, astronomy, and environmental science. Their pivotal role extends to substance identification, concentration determination, and the study of molecular interactions through techniques such as absorption, transmission, and emission.

With 3DOptix, spectrometers can be modeled to determine component effects and system performance by measuring the spectral output quality. The modeling of a Czerny-Turner spectrometer using 3DOptix showcases the versatility and analytical capabilities of this simulation tool.

This design leverages our advanced capabilities.

1. Source – Simulate a broadband source with millions of rays with many colors
2. Analysis – Accurate spectral-based analysis
3. Masks – loading pre-designed amplitude or phase masks
4. Grating – Experience dispersion with high-end grating solutions

Dive into the fascinating world of 3D polarization

Learn and Experience the complexities of light interaction in three dimensions and gain valuable insights into polarization effects.
3DOptix provides a powerful tool to simulate and analyze polarized light, allowing you to explore the nuanced interactions of optical components.

This design leverages our advanced capabilities.

1. Polarization sources: Simulate light sources with specific polarization states
2. Polarization-sensitive detectors: Utilize high-resolution detectors for capturing 3D accurate polarization information in all axes.
3. Analysis – Coherent Irradiance polarized analysis with a power meter for each axis