Vyborgrad
  • Main
  • Shop
    • For CNC
    • For laser
    • For 3d printer
    • For Cricut & Silhouette
    • Harry Potter universe
    • Layered pannos
    • Printable
    • Vector clipart
    • Fonts
  • Blog
    • Articles
    • Editable forms
  • Contacts
  • My account
  • Cart
0$0.00

How to make a simple 3D-printed grid snoot for your strobe – DIYphotography

Vyborgrad
Feb 20, 2022 3D printing & printers Comments Off on How to make a simple 3D-printed grid snoot for your strobe – DIYphotography

DIY Photography
Hacking Photography – one Picture at a time
Oct 1, 2021 by Chris Cameron Leave a Comment

  • Share
  • Tweet
  • Flipboard
  • WhatsApp


A grid snoot is a great light shaper for photographers who want to throw a little light into a tight spot or highlight a select part of a scene, or cast a beam across a surface.
It is a favourite of DIYers and can be hacked together using card, tape and a bundle of drinking straws. In the past I have made snoots using off-cuts of Nomex.if(typeof __ez_fad_position!=’undefined’){__ez_fad_position(‘div-gpt-ad-diyphotography_net-box-4-0’)};

For photographers with access to a 3D printer there is an elegant way to produce a grid snoot that uses the process of slicing a 3D model for printing, to automatically produce the gridded part of the snoot.
Usually 3D models are not printed as solid plastic. It’s wasteful and heavy and takes longer to print. The software engineers who make the applications that turn CAD models into printable files, (Slicers) have implemented ways to fill the interiors or solid sections of designs with latices (infill) that support the external surfaces (shell). Slicing applications allow the user to stipulate the density of this infill and often the shape used to print the infill. You can stipulate in the slicing software that the infill be anywhere from zero percent (hollow) to 100 percent (solid)
The following design for a grid snoot for the Nikon SB900 and SB910 strobes uses this feature of the slicing software to simplify the process. I designed the snoot with the grid section as a “solid” block.
Once imported into the Simplify 3D printer software I manipulated the slicing settings so that the software does the heavy lifting to produce the grid automatically. This is also possible in other 3D slicing software.if(typeof __ez_fad_position!=’undefined’){__ez_fad_position(‘div-gpt-ad-diyphotography_net-banner-1-0’)};
First, I arranged the model on the print bed in the correct orientation.

Then using the advanced settings I set the infill pattern and density. In this case Full Honeycomb at 10%.

Then set the Top Solid Layers and Bottom Solid Layers both to zero so that the top and bottom surfaces of the model won’t be printed at all. This is what makes the lattice open at the ends.

By setting the wall thickness to four shells the flange’s inner and outer shells join in the middle so we get a model that is solid where it needs to be, around the mount where the snoot fits over the flash, but honey combed through the boxed in section of the design to produce the grid.if(typeof __ez_fad_position!=’undefined’){__ez_fad_position(‘div-gpt-ad-diyphotography_net-large-leaderboard-2-0’)};

By setting the infill to different percentages you get a tighter or looser lattice and so a tighter or more open light spread. One quite simple CAD file then becomes any number of different gridded snoots. Best settings seem to be in the 10 to 15 percent infill range. Ten percent is around the size of a drinking straw. 20 percent gives a tighter beam.


The Simplify 3D Slicing Software also allows the user to specify alternative shapes for the infill, such as diamond or Triangle. The STL file for the SB900 / 910 snoot is available for US$5 from my design store.

About the Author

Chris Cameron is a commercial photographer based in New Zealand. After spending many years traveling the world as paid crew on yachts, he switched his vocation to photographing them. You can find out more about Chris on his website. This article was also published here and shared with permission.if(typeof __ez_fad_position!=’undefined’){__ez_fad_position(‘div-gpt-ad-diyphotography_net-leader-1-0’)};

Filed Under: DIY Tagged With: 3D printed, 3D printing, Chris Cameron, optical snoot, snoot
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
Share the quiz to show your results !
Facebook
Facebook
Just tell us who you are to view your results !

Share your results


Facebook

Facebook

Twitter

Google+


Facebook
Facebook
Twitter
Google+

John Aldred is based in Scotland and photographs people in the wild and animals in the studio. You can find out more about John on his website and follow his adventures on YouTube.
Dunja Djudjic is a writer and photographer from Novi Sad, Serbia. You can see her work on Flickr, Behance and her Facebook page.
Alex is a commercial photographer based in Valencia, Spain. She mostly shoots people and loves anything to do with the outdoors. You can see her work on her website and follow her Spanish landscape adventures on instagram.
Adam Frimer is a Guinness World Record holder, producer, and DOP based in Tel-Aviv, Israel. Adam owns a production company that specializes in corporate marketing and brand strategy. His videos have collectively hit over a quarter billion views
Copyright © DIYPhotography 2006 – 2022 | About | Contact | Advertise | Write for DIYP | Full Disclosure | Privacy Policy

source

Related Posts

  • We 3D printed a giant lithophane photo of the Mandalorian - DIYphotography
  • We 3D printed a giant lithophane photo of the Mandalorian - DIYphotography
  • Convert a home 3D printer to make printed food - ZDNet
  • IKEA launches FLAMTRÄD on-demand 3D printed decorative items - 3DPMN
3d printer3d printing
We 3D printed a giant lithophane photo of the Mandalorian – DIYphotographyPrevious post
What Is a 3D Printer Enclosure & Can You Build Your Own? – MakeUseOfNext post

Categories

  • Articles
    • 3D printing & printers
    • Cricut & Cameo
    • Laser CNC machines
    • Milling CNC machines
    • Software
  • Editable forms
  • News

Recent Posts

  • PLA vs. ABS Filaments for 3D Printing: What's the DIfference? – MUO – MakeUseOf
  • DIY SLS 3D Printer Getting Ready To Print – Hackaday
  • Turning A MIG Welder Into A Metal 3D Printer – Hackaday
  • Power of Grassroots Innovation: How a Nondescript Box Has Been Saving Lives During the COVID Pandemic – SciTechDaily
  • Filament Dry Box Design Goes Way Over The Top – Hackaday

Subscribe us

Follow us

facebookinstagrampinterest

Navigation

  • Main
  • Shop
    • For CNC
    • For laser
    • For 3d printer
    • For Cricut & Silhouette
    • Harry Potter universe
    • Layered pannos
    • Printable
    • Vector clipart
    • Fonts
  • Blog
    • Articles
    • Editable forms
  • Contacts
  • My account
  • Cart
  • About
    • Terms and conditions
  • Blog
  • Cart
  • Checkout
  • Contacts
  • Donation page
  • Main
  • My account
  • Order Cancelled
  • Order Cancelled
  • Order Cancelled
  • Privacy Policy
  • Shop

3d STL Art Corel Draw project crest of houses Cut CNC Designs Cut File Digital Digital design digital print download PNG AI EPS Downloads Drawing Faculties Hogwarts fan art file for 3D printer Files for CNC Gryffindor Gryffindor SVG Harry Potter cricut Harry Potter SVG Home decor Hufflepuff SVG Laser engraving Led engraved lamp Painting Reproduction PNG AI EPS print Potter emblems SVG Potter Universe Print Printable file Print logo Ravenclaw Ravenclaw SVG Slytherin Slytherin SVG SVG AL PNG CDR DXF TIF TV Frame Vector Clipart Vector Illustration Vector image file Wallpaper Wizarding world Wood Relief Drawing World of Pottery

Vyborgrad© 2019-2021
error: Alert: Content is protected.