Trinocularcamera

This current model has the basics needed to make a headset and is meant to be built around! It has a faceplate, the optical units, lens CAD and the IPD system!

I am working on making the design smaller as well as more capable, but according to someone who has worked in VR for years, the visual quality is a bit above the Quest 2, the dimensions are 1 1/4th inch (display to outer lens) and the FOV is easily over 110 degrees!

TrinocularMicroscope price

-- PLEASE KEEP IN MIND, THE LICENSE WILL BE ATTRIBUTION-COMMERCIAL UPON HEADSET RELEASE TO ENSURE SOMEONE WITH MORE FINANCIAL POWER CAN NOT SIMPLY COPY MY DESIGN. IF YOU WISH TO USE THE DESIGN COMMERCIALLY IN THE MEANTIME, PLEASE JUST LET ME KNOW AT HERMAN@WALKERINDUSTRIES.XYZ AND I'LL LIST YOU AS AN EXCEPTION!

Please check log 8 at https://hackaday.io/project/187343-easy-pancake-lenses to see the model you should reference when putting it together as well as the files for the lens!

TrinocularMicroscope function

Epi Fluorescent Microscope with Infinite Optical System PLAN Optics suited for Fluorescence Camera Port for Imaging Anti Fungus, Anti Reflection & Hard Coating on all Optical Components 40x, 150x, 100x, 150x, 400x, 600x, 1000x & 1500x Magnifications 100 Watt HBO Mercury Epi Fluorescent Illumination Two FL Filters Blue (Ex-490) Green (Ex-545), UV, V with color seperation Prism FL Lamp Housing with Condenser and Bulb adjustment. Digital Power Supply to Control Flourescent Lamp Variable Koehler Illumination for Brightfield Movable Condenser with abbe condenser 1.25NA and Filter Holder Adjustable interpupillary distance with diaopter adjustment Low Drive Mechanical Stage for smooth scan of specimens CE, UL & ISO confirmities Perfect for Vet Labs, Doctors & Research Best Price to performance Ratio

TrinocularMicroscope

In the final steps (upon 1 month commercial release to ensure no quality issues), I will be releasing the final design with electronics, the peripheral LED mod and more!

UPDATE: THE v1 IS NOW SUPERSEEDED BY THE v2, VIEW IT HERE!https://www.pcbway.com/project/shareproject/The_PsuedoPancakes_v2_WE_MUST_GO_HIGHER_6503651f.html-- PLEASE KEEP IN MIND, THE LICENSE WILL BE ATTRIBUTION-COMMERCIAL UPON HEADSET RELEASE TO ENSURE SOMEONE WITH MORE FINANCIAL POWER CAN NOT SIMPLY COPY MY DESIGN. IF YOU WISH TO USE THE DESIGN COMMERCIALLY IN THE MEANTIME, PLEASE JUST LET ME KNOW AT HERMAN@WALKERINDUSTRIES.XYZ AND I'LL LIST YOU AS AN EXCEPTION!I started this design because after talking to a specific VR company, they told me pancake lenses would cost $1.3k per eye. Not believing plastic should cost that much, I went to work and started disassembling cardboard headsets. After I noticed the image effect when using two lens stacked on each other, I realized that this is something with promise!This is a quick and easy project you can do at home, however in the link listed later I do include some parts I recommend buying! I also will likely be making a small change to the display to outer lens dimensions to make it a literal penny width's further!I am working on making the design smaller as well as more capable, but according to someone who has worked in VR for years, the visual quality is a bit above the Quest 2, the dimensions are 1 1/4th inch (display to outer lens) and the FOV is easily over 110 degrees!This current model has the basics needed to make a headset and is meant to be built around! It has a faceplate, the optical units, lens CAD and the IPD system!Please check log 8 at https://hackaday.io/project/187343-easy-pancake-lenses to see the model you should reference when putting it together as well as the files for the lens!In the final steps (upon 1 month commercial release to ensure no quality issues), I will be releasing the final design with electronics, the peripheral LED mod and more!

TrinocularMicroscope with Camera

Trinocularmeaning

I started this design because after talking to a specific VR company, they told me pancake lenses would cost $1.3k per eye. Not believing plastic should cost that much, I went to work and started disassembling cardboard headsets. After I noticed the image effect when using two lens stacked on each other, I realized that this is something with promise!

*PCBWay community is a sharing platform. We are not responsible for any design issues and parameter issues (board thickness, surface finish, etc.) you choose.

This is a quick and easy project you can do at home, however in the link listed later I do include some parts I recommend buying! I also will likely be making a small change to the display to outer lens dimensions to make it a literal penny width's further!

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