Feel free to follow my most recent work on Instagram @austin3dprinting shown below. You can also find most of my designs and print settings on Thingiverse.com.

(Click on the image to show more photos from that post)

For more pictures head over to Instagram @austin3dprinting!

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Here are some more images of things I've 3D Printed

This is a "golf robot" and was quite a fun project to consult on! Click for more info!

This is a sonar enclosure I designed and printed for use with Prsonas flat panel systems. The sonar triggers the software to recognize when someone walks up to the unit.

This is a sonar enclosure I designed and printed for use with Prsonas flat panel systems. The sonar triggers the software to recognize when someone walks up to the unit.

This is a sonar enclosure I designed and printed for use with Prsonas flat panel systems. The sonar triggers the software to recognize when someone walks up to the unit.

This is a mount used to hold a flexible piece of tubing. This tubing then works as a hood that fabric is stretched over to provide a light block for Prsonas units.

This is a mount used to hold a flexible piece of tubing. This tubing then works as a hood that fabric is stretched over to provide a light block for Prsonas units.

This is a mount used to hold a flexible piece of tubing. This tubing then works as a hood that fabric is stretched over to provide a light block for Prsonas units.

This is an enclosure that houses a sonar range finder. This is used on PRSONAS units to detect when someone walks up.

This is an enclosure that houses a sonar range finder. This is used on PRSONAS units to detect when someone walks up.

This is an enclosure that houses a sonar range finder. This is used on PRSONAS units to detect when someone walks up.

This is an enclosure that houses a sonar range finder. This is used on PRSONAS units to detect when someone walks up. On the left is the old variant and on the right is the new solution.

These are pieces to an HTC Vive virtual Reality controller that allow the user to mount the controller on a variety of different apparatuses.

This is a 3D Printed brace that is being used to hold a flexible mirror in a curved position so that a projector's beam can be manipulated for Prsonas.

This is a 3D Printed brace that is being used to hold a flexible mirror in a curved position so that a projector's beam can be manipulated for Prsonas.

This is a 3D Printed brace that is being used to hold a flexible mirror in a curved position so that a projector's beam can be manipulated for Prsonas.

This is a 3D Printed brace that is being used to hold a flexible mirror in a curved position so that a projector's beam can be manipulated for Prsonas.

This is a 3D Printed brace that is being used to hold a flexible mirror in a curved position so that a projector's beam can be manipulated for Prsonas.

This is a 3D Printed brace that is being used to hold a flexible mirror in a curved position so that a projector's beam can be manipulated for Prsonas.

This is a 3D Printed brace that is being used to hold a flexible mirror in a curved position so that a projector's beam can be manipulated for Prsonas.

This is a 3D Printed brace that is being used to hold a flexible mirror in a curved position so that a projector's beam can be manipulated for Prsonas.

This is a 3D Printed brace that is being used to hold a flexible mirror in a curved position so that a projector's beam can be manipulated for Prsonas.

This is a photo of the projector using the 3D printed, curved mirror brace to distort the image.

This is a prototype locking USB adapter.

This is a prototype locking USB adapter.

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