Monthly Archives: July 2016

3D-Printed Bench Leg Extensions

Turtlebutt Getting Up-Close and Personal with the Camera

Turtlebutt Getting Up-Close & Personal with the Digital Camera

Turtlebutt ( The Amazing Adopted Desert Tortoise ) is part of a Nevada adoption program whereby protected Desert Tortoises that are injured or born in captivity cannot be released back into the wild.

Turtlebutt Feeding Out in the Grassy Area in the Back Yard

Turtlebutt Feeding Out in the Grassy Area in the Back Yard

By law Desert Tortoises may not be removed from the State of Nevada; therefore, homeowners will volunteer to let a Desert Tortoise live in their enclosed backyard area and make sure they are fed and have a place to hibernate underground during the cooler Nevada months.

If a family is moving out of the State of Nevada, they or the adoption program, must find a new home in Nevada for the protected Desert Tortoise to live & hibernate … and that is how we came to live with Turtlebutt the Tortoise.

Completed Patio Bench with Leg Extensions and Threaded Levelers

Completed Patio Bench with Leg Extensions and Threaded Levelers

Turtlebutt is very friendly and will come over to visit if you are outside, but he is a bit of a bulldozer when moving from one point to another, and if something is in his way he will go over it, or under it, or drag it with him.

Rub Marks from Turtlebutt's Shell When He Goes Under Bench

Rub Marks from Turtlebutt’s Shell When He Goes Under Bench

As Turtlebutt has grown over the years, he has started dragging the Patio Bench with him more and more, to the point it seems like he enjoys it … But we like to keep the bench in one place, so decided to raise the bench a little so he doesn’t drag it with him as he crosses the patio.

3D-Printed Leg Extension with Threaded Bench Leveling Foot

3D-Printed Leg Extension with Threaded Bench Leveling Foot

Later this year when it is not 110F. in the workshop, I will cut and TIG weld the Aluminum side supports at a higher position and possibly arc the supports a bit to account for Turtlebutt’s growth.

As a quick fix this summer decided to 3D-Print some Bench Leg Extensions …

SolidWorks CAD Software Transparent View Showing Press-in Nuts & Bolts

SolidWorks CAD Software Transparent View Showing Press-in Nuts & Bolts

I drilled holes & tapped threads for one 8mm machine screw and four small #6 screws into the bottom of each bench leg … Then used the SolidWorks design shown above to press-in 1/2″ nuts to mount the Threaded Foot Pad Leveler bolts into the 3D-Printed Leg Extensions.

It Would Take 9 Hours to 3D-Print all 4 Parts at Once

It Would Take 9 Hours to 3D-Print all 4 Parts at Once

While I could have 3D-Printed all 4 Leg Extensions at once, the printing process would have taken 9 hours and I wanted to be able to test one of the Leg Extenders prior to printing the rest.

It would not have been an issue to do a 9 hours print, because after you press the START Button, you can go to bed or walk away and do something else and come back 9 hours later and the parts will be done … Feels like getting to work on two projects at once when items are 3D-Printing.

Leg Extensions Printed on the AFINIA H-480 3D Printer

Leg Extensions Printed on the AFINIA H-480 3D Printer

In the Photo above, I set the finished 3D-Printed Leg Extenders on the Printing Platform to show the size of the items in relation to the 3D-Printer.

( Click on any photograph to see a Larger View of the image )

Larger Front Leg Extender Shown in the AFINIA 3D-Printing Software

Larger Front Leg Extender Shown in the AFINIA 3D-Printing Software

Since I wanted to test the size and fit-up of just one of the Leg Extenders first, I opened up the Large Front Leg Extender .STL file and 3D-Printed it using AFINIA‘s  ‘ Natural ‘ Color PLA 3D-Printing Filament

( Would have printed them black but did not have enough black filament )

SolidWorks CAD Software View Showing the 4.5 Degree Base Angle

SolidWorks CAD Software View Showing the 4.5 Degree Base Angle

Due to the shape of the original bench design, the Back Leg Extenders needed to have a 4.5 degree base angle to match the angled Aluminum legs.

Smaller Angled Back Leg Extender Shown in AFINIA's 3D-Printing Software

Smaller Angled Back Leg Extender Shown in AFINIA’s 3D-Printing Software

No worries, the 3D-Printer can print a RAFT of support material to build up on the platform to print items that don’t touch the printing platform base.

RAFT Material is Removed from Parts after being 3D-Printed

RAFT Material is Removed from Parts after being 3D-Printed

Once the parts are finished 3D-Printing the extra support material can easily be pulled off revealing the 3D-Printed parts …

Yellow Lines Show the Location of the Extra PLA Filament RAFT Support Material

Yellow Lines Show the Location of the Extra PLA Filament RAFT Support Material

Had just enough of the AFINIA Premium PLA Black Filament on the Spool to print the Foot Pads that press onto the Hex Ends of the Zinc coated Steel Bolts.

Three Foot Pads being Printed at Once after 1st one was Test Printed

Three Foot Pads being Printed at Once after 1st one was Test Printed

As before, I printed just one Foot Pad to make sure it would press on tight, and then printed the final 3 Foot Pads together on the 3D-Printing platform.

Close-Up View of the 3D-Printed Leg Extension on the Bench Leg

Close-Up View of the 3D-Printed Leg Extension on the Bench Leg

Once the Patio Bench Leg Extension parts finished 3D-printing, I then screwed them onto the bottom of the legs using the tapped threaded holes …

Close-Up View of the Threaded Leveler Bolt Screwed into Extension

Close-Up View of the Threaded Leveler Bolt Screwed into Extension

Next ( prior to painting ) pressed the black Foot Pads onto the bolt heads to act as threaded Leg Levelers … They worked as expected stabilizing the bench.

Bench Turned Upside-down Showing the Leg Extension & Leveler

Bench Turned Upside-down Showing the Leg Extension & Leveler

Painted the Zinc coated bolts black so they would blend into the black bench …

Threaded Foot Pad Leveler prior to being painted black

Threaded Foot Pad Leveler prior to being painted black

After testing all the parts, I decided to test the threaded levelers on the Patio.

Leg Extensions Mounted on Bench ready to be Painted Black

Leg Extensions Mounted on Bench ready to be Painted Black

Before painting the Leg Extenders, the White filament color made the bench look like it was doing a Michael Jackson or Elvis ( white socks ) impression.

Testing to Make Sure Bench Threaded Levelers Work Correctly on Patio

Testing to Make Sure Bench Threaded Levelers Work Correctly on Patio

The bench was rock solid stable on the Threaded Leveling Foot Pads so I painted all items black and once dry put the bench back on the patio.

Finished Patio Bench Raised to Allow Turtlebutt Easily Walk Under

Finished Patio Bench Raised to Allow Turtlebutt Easily Walk Under

The next time Turtlebutt is under the Patio Bench I will get a Photo of him.

Those are Actually Berries *grin* ... Turtlebutt Does NOT Ever Bite People

Those are Actually Berries *grin* … Turtlebutt Does NOT Ever Bite People

… CHEERS!!

UPDATE:

Turtlebutt went under the bench today with lots of clearance!!

Turtlebutt Walking Under the Raised Patio Bench

Turtlebutt Walking Under the Raised Patio Bench

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Filed under 3D-Printing, BRAINSTORMING, CONCEPTS, PROJECTS, SolidWorks CAD Rendering, WORKSHOP

3D-Printed iPhone Tripod Mount

3D-Printed an iPhone Mount for the 3D-Printed Tripod Mount

3D-Printed an iPhone Mount for the 3D-Printed Tripod Mount

My iPhone seems to take video as good as any other camera, so decided to make a 3D-Printed mount for it to fit on the 3D-Printed Tripod Mount …

SolidWorks CAD Model Concept for the iPhone Mount

SolidWorks CAD Model Concept for the iPhone Mount

Wanted a mount that would connect over the existing cover and would also be easy to quickly slide the iPhone in & out of …

Designed the Concept using SolidWorks CAD Software.

SolidWorks Parts for the iPhone Mount Prepared for 3D-Printing

SolidWorks Parts for the iPhone Mount Prepared for 3D-Printing

After drawing the individual parts, lined them up to prepare for 3D-Printing.

Top-View of the iPhone Mount Parts in AFINIA's 3D-Printing Software

Top-View of the iPhone Mount Parts in AFINIA’s 3D-Printing Software

I use an AFINIA H-480 3D-Printer and it gives a preview of the print platform.

AFINIA's 3D-Printing Software shows a Preview of the Printing Area

AFINIA’s 3D-Printing Software shows a Preview of the Printing Area

Pressed start and 2 hours and 22 minutes later had the iPhone mount parts.

3D-Printing Software Predicts the Filament needed & Time to Print

3D-Printing Software Predicts the Filament needed & Time to Print

Moved the 3D-Printer to a better area on the new inside Workshop Table.

3D-Printer moved to it's new location on the inside office Workshop Table

3D-Printer moved to it’s new location on the inside office Workshop Table

The 3D-Printed mount allows photographs & videos to be taken from either side of the iPhone, and the strap can be attached to the Tripod for ‘drop’ safety.

Photo & Videos can be Taken from Either Side of the iPhone on Mount

Photo & Videos can be Taken from Either Side of the iPhone on Mount

The mount is designed for the Ringke MAX  iPhone 6 case.

Ringke Max iPhone 6 Shock Absorbing Case with Neck Strap

Ringke Max iPhone 6 Shock Absorbing Case with Neck Strap

3D-Printing .STL Files can be found on GrabCAD  🙂

… CHEERS!!!

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Filed under 3D-Printing, BRAINSTORMING, CONCEPTS, PROJECTS, SolidWorks CAD Rendering, WORKSHOP