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Zemax LLC
Registrace 7. 03. 2012
Zemax optical design software helps companies get to a qualified design quicker by streamlining the workflow and communication between optical, mechanical, and manufacturing engineers. Zemax tools include OpticStudio, the industry-leading optical design software, OpticsBuilder, for CAD users packaging optical system, and OpticsViewer for manufacturing engineers.
In addition to unmatched software value, we offer comprehensive technical support and training. With headquarters in the Seattle area and offices in the UK, Japan, Taiwan, and China, we’re proud to have the most passionate, worldwide user base in the industry.
In addition to unmatched software value, we offer comprehensive technical support and training. With headquarters in the Seattle area and offices in the UK, Japan, Taiwan, and China, we’re proud to have the most passionate, worldwide user base in the industry.
See it in Action: OpticsBuilder Add Mounting Edge Feature
Try OpticsBuilder capabilities for yourself, request a free trial today! ansys.me/3A0KMDr
#OpticalMechanicalEngineering #MechanicalEngineering #OpticalDesign #OpticalDesignSoftware #OpticalEngineering #OpticalEngineer
#OpticalMechanicalEngineering #MechanicalEngineering #OpticalDesign #OpticalDesignSoftware #OpticalEngineering #OpticalEngineer
zhlédnutí: 1 344
Video
OpticsBuilder Insights: How to Generate a Chief Ray in OpticsBuilder
zhlédnutí 898Před rokem
Learn how to generate a Chief Ray in OpticsBuilder. Try OpticsBuilder capabilities for yourself, request a free trial today! ansys.me/3LRNlKq #OptoMechanicalEngineering #OptoMechancialDesign #MechanicalDesign #MechanicalEngineering #OpticalEngineering #OpticalDesign #ChiefRays #RayFootpringBoundries
OpticsBuilder Insights: Using the OpticsBuilder's Export .ZBD file feature.
zhlédnutí 487Před rokem
OpticsBuilder Insights: Share your optomechanical assembly with #OpticStudio using #OpticsBuilder's Export .ZBD file feature. Try Zemax optical design software for yourself, request a free trial. ow.ly/Mc6O50IYEAm #OpticalMechanicalEngineering #MechanicalEngineering #OpticalDesign #OpticalDesignSoftware #OpticalEngineering #OpticalEngineer
OpticsBuilder Insights: How to perform a Simulation in #OpticsBuilder.
zhlédnutí 2,2KPřed 2 lety
Try Zemax optical design software for yourself, request a free trial. ansys.me/3LRNlKq #OpticalMechanicalEngineering #MechanicalEngineering #OpticalDesign #OpticalDesignSoftware #OpticalEngineering #OpticalEngineer
OpticsBuilder - Share Design Files
zhlédnutí 356Před 2 lety
Build exceptional optical products! To turn optical designs into reality, teams of engineers need to coordinate their individual expertise around one common goal. Oftentimes the limiting factor is not the talent of the team, but the limitations of the tools. Now #CAD users don’t have to spend hours or days creating optical designs into CAD formats. With #OpticsBuilder, CAD users can directly co...
See it in Action! Prepare for OpticsBuilder Read-Only Feature
zhlédnutí 990Před 2 lety
OpticsBuilder files can be prepared as Read-Only. Let's see how Read-Only and editable .ZBD files look like from the CAD User point of view.
OpticStudio STAR Module Product Demonstration
zhlédnutí 3KPřed 2 lety
With the OpticStudio STAR Module, engineers can streamline their workflows by visualizing and analyzing the impact of structural and thermal factors natively within OpticStudio. In this product demonstration Esteban Carbajal, Senior Optical Engineer, will walk you through how to use the OpticStudio STAR Module. Interested in trying out the OpticStudio STAR Module capabilities for yourself, requ...
Zemax OpticStudio - Everything you need to design optical systems!
zhlédnutí 12KPřed 3 lety
OpticStudio® is the standard for optical, illumination, and laser system design in universities around the world, and in leading companies throughout the optics industry. Set Up Your System: OpticStudio’s intuitive user interface includes easy-to-learn tools and wizards which enable efficient simulation and design of any optical system. With more than 200 field points you can set up even the mo...
Navigating the ZOS-API Syntax Help document - Part 1
zhlédnutí 1,6KPřed 4 lety
This is a video tutorial on navigating the ZOS-API Syntax Help document. The primary goal of this tutorial is to give a working understanding of how to step through the API Syntax Help when writing API scripts.
High-Yield Optimization: Streamlining the path to more easily manufacturable designs
zhlédnutí 2KPřed 4 lety
The conventional optical design approach results in designs that are very sensitive to manufacturing and alignment errors, which means the optical product is difficult to repeatedly manufacture successfully. High-Yield Optimization, on the other hand, produces designs that meet tight performance specifications, provide a higher manufacturing yield, and lower manufacturing costs through less was...
Search bar in the ZPL macro editor
zhlédnutí 2,1KPřed 5 lety
OpticStudio provides a flexible, intuitive, and powerful modeling environment to quickly develop and capture optical design ideas. OpticStudio 19.4 includes a search bar in the ZPL macro editor that will make writing and editing macros faster than ever. You can now easily search through any ZPL script using the Find text button found in the toolbar of the ZPL macro editor. This expedites the wr...
New Zemax License Manager
zhlédnutí 1,9KPřed 5 lety
OpticStudio provides a flexible, intuitive, and powerful modeling environment to quickly develop and capture optical design ideas. OpticStudio 19.4 includes a new License Manager that greatly improves the process of activating, transferring, managing, and troubleshooting your licenses.
Matlab & ZOS-API.NET
zhlédnutí 7KPřed 5 lety
July 16th 2015 The new Zemax OpticStudio Application Programming Interface (ZOS-API) is a set of COM/.NET functions that expose analyses, tools and editors to external programmes. Most actions that can be performed manually inside the programme can be called through the API. This enables the user to greatly expand the capabilities of OpticStudio with custom algorithms or functionality. You will...
Simulating image quality in OpticStudio
zhlédnutí 12KPřed 5 lety
OpticStudio includes tools to produce photorealistic images of object scenes including the effects of diffraction, aberrations, distortion, relative illumination, image orientation and polarization. This webinar explains how to simulate the performance of imaging systems with the following OpticStudio features: · Image Simulation · Geometric Image Analysis · Light Source Analysis · Relative Ill...
ZOS-API
zhlédnutí 3,2KPřed 5 lety
An application programming interface (API) for OpticStudio enables connections to, and customization of, the application using the latest software technology. If you'd like to know more about our OpticStudio, visit us here: Https://www.zemax.com
Minimum and maximum angle of incidence operands
zhlédnutí 2KPřed 5 lety
Minimum and maximum angle of incidence operands
Multi Configuration support for the Design Lockdown tool
zhlédnutí 1,1KPřed 5 lety
Multi Configuration support for the Design Lockdown tool
Voice quality and volume is very low. Please maintain the Vlog.
can we do this with IGES file ? how do we create IES file from CAD software
While using surface phase analysis I am getting an empty curve
stop copy my name
The file exports from stack to a text file not a .DAT file? So you can't import it into Zemax. How to you covert it?
Your last example comparison between MATLB output and ZEMAX output is not exactly the same as you verbally indicate. The pictures are not the same as well as the scale in all axes.
Thank you! Very interesting and useful!
I truly enjoyed the step-by-step design part in OpticStudio, with clear explanation of each step why we need to put the figures, coord.break, type of solves needed, etc, and yet this is based on a journal article that I can later trace. JWST is indeed a state-of-art, complex optical design but well explicated in this video . Thank you very much! Looking forward to having other elucidating optical design videos from Dr. Elliot
Do you think the video quality is very blurry, making it hard to see the data it displays?
thanks, good work...
aperture value is necessary for every lens ?
Changing the syntax in the last years has created a lot of problems. Is there a video about how to realize which syntax is accepted for each release?
Is there any reference for this system? (Is it a pre-approved design?)
Can I simulate a long-distance laser link in POP for free space laser communication system?
Can I perform bulk scattering in POP?
Where can I watch Projectors Part 1?
I am very happy to watch your video. Thanks for giving us Amazing information. Thanks For Sharing such an informative video, I'm taking your feed also, Thanks. windcrack.com/zemax-opticstudio-crack/
Audio lever too low
Zemax is a powerful engine and so on but what it lacks is some easy to understand, for beginners type tutorial video series. This entire series might be very useful for few but for beginners like me and some others, this already requires some understanding of the basics. This is sad : (
Absolutely incredibly explained how a microscope is designed ! These videos should be uploaded more to comprehend the concept of optical design. Thank you very much!
Can you make a video with a STEP file, like a tilted window with curves and facets that an optical system goes behind so that stress and thermal data can be applied via the STAR model for sequential impacts?
Very well explained. Thanks
Two questions: 1. @11:47 Why did the designer choose a value of -49.5 mm for x ? 2. @12.59 Again, can someone explain the -80.5 mm here ? Assuming input of the toroid at -49.5 mm, I would have assumed the x coordinate of the 1st torus vol exit = the x coord of cylinder input facet = -49.5 - 5mm - 50mm = -104.5 mm. Someone please help.
In the field data how to find the value to be entered in Y column? 9arc minutes is 0.15 degree in X direction but I didn't understand how you got 0.076 degree in Y.
For the X axis, the 18.2 arc minutes convert to 0.3033 degrees. Around the center point in X, that's +0.1516 degrees in the positive X direction and -0.1516 degrees in the negative X direction. For the Y axis, the 9.1 arc minutes correspond to 0.1516 degrees full field. Around the center point in Y coordinates, this is +0.758 degrees in the positive Y direction and -0.758 degrees in the negative Y direction.
can this also be applied to sources with top-hat distribution?
Why are the ray ring radius 15.935 um rather then 5 um?
Figured it out. He didn't have the Object NA (In his file NA =0.3) set to a guassian beam divergence with M^2=1. If you pick the correct NA you get the correct beam ray ring radius that matches Guassian beam propagation.
I would guass that picking a larger then Guassian divergence is the equivalent of having M^2 >1.
@@andrewdavies2358 and what right value for NA is?
@@user-wu3ti1tf1h This was to long ago for me to remember. But you can figure it out for a M^2=1 beam from standard equations.
Thanks for the seminar! It'll be interesting to see video about decentering of exit pupil of eyepiece (for example) with Coordinate Break
This is amazing, Thank you very much!
Is it true that the value we put for aperture size (which was 6 mm in your case) in general settings is not important?
Hi, I think there's a mistake when you explain the field height value (10:15). No matter how I calculate it I get something around 24.5 and to be honest I have no idea where 14 came from.
Very underrated video.
11:14 start 13:12 Mirror tool 14:08 Tilt tool 15:40 Aperture tool 17:00 Insert lens (Note: 2021 just look for doublet lens in the local folder and then adjust to the doublet shown in this video)
Why I am not able to find PSF grid and Diffraction aberration in my Optic Studio Pro?
Could you please upload the zemax files for these designs?
Loved it, thanks
Sir How can i get the incidence or reflection or any angle of the ray in zemax.
How do you use left and right key to look at different z position? It doesn't work on my computer.