LensMechanix Introduces Monthly Webinars! Second Wednesday of Every Month @ 7:30 AM Pacific Time
October 12
LensMechanix 2.3 Release Webinar
LensMechanix
Previous Webinars
LensMechanix 2.3 offers several enhancements that provide mechanical engineers working across a broader spectrum of the optical industry. In this webinar, we will discuss the following new features:
Ability to apply optical properties to SOLIDWORKS components, including materials and coatings
Caching of rendered systems to improve ray tracing speeds
Option to load files mated in reference
Option to store ray trace data with SOLIDWORKS files
This demonstration will show you how to package, analyze, and validate optomechanical designs with LensMechanix. LensMechanix is a new SOLIDWORKS add-in from Zemax designed for mechanical engineers.
LensMechanix is the new SOLIDWORKS add-in from Zemax for optomechanical product development. LensMechanix is used to create assemblies that represent real-world applications and to visualize complex interactions of light with mechanical and optical components. Many optical systems use ray splitting to accomplish a specific set of design tasks.
This webinar will show you how to load OpticStudio designs directly into a SOLIDWORKS assembly using LensMechanix. LensMechanix removes the guesswork from the optomechanical design process by eliminating STEP, IGES, or STL files from your engineering workflow. Mechanical engineers can design mechanical components without recreating optical components in SOLIDWORKS.
LensMechanix™
LensMechanix™ is a new SOLIDWORKS add-in by Zemax for mechanical engineers to package, analyze, and validate their complete optomechanical designs. This powerful ray tracing software for optical simulation and analysis simplifies the transition between optical design and optomechanical packaging. LensMechanix includes analysis tools for mechanical engineers to identify and resolve mechanical design problems that impact optical systems before they build a physical prototype or send the complete design to optical engineers to review.
You can build the mechanical geometry with actual lens dimensions, eliminating the need for STEP, IGES, or STL files. LensMechanix eliminates the guesswork, reducing the costs by streamlining workflows, and dramatically speeds up time to market. It is complementary to, but independent from OpticStudio. LensMechanix is not used to design lenses.
