: Each of the 3D-printed rollers has four stems made of 3/32-inch stainless welding wire .

: Each roller is set with a 7° phase shift , creating a fluid, spiraling movement without the components overlapping.

Based on project documentation from Logan Femling's official site , here are the key details of the piece that file likely showcases: Design & Mechanics

"IMG_3595.MOV" appears to be a video file associated with a project by designer Logan Femling .

: The sculpture features 19 rollers mounted on an 8-inch circular hoop.

: At the end of each stem is a 3D-printed "petal" covered in holographic vinyl , which catches the light as it moves. Engineering

If you tell me more about the specific you need this piece for (like a technical review, a blog post, or a social media caption), I can help you draft a more tailored description.

: The movement is powered by a small motor connected to the first roller via bevel gears .

Img_3595.mov | Tested & Pro

: Each of the 3D-printed rollers has four stems made of 3/32-inch stainless welding wire .

: Each roller is set with a 7° phase shift , creating a fluid, spiraling movement without the components overlapping.

Based on project documentation from Logan Femling's official site , here are the key details of the piece that file likely showcases: Design & Mechanics IMG_3595.MOV

"IMG_3595.MOV" appears to be a video file associated with a project by designer Logan Femling .

: The sculpture features 19 rollers mounted on an 8-inch circular hoop. : Each of the 3D-printed rollers has four

: At the end of each stem is a 3D-printed "petal" covered in holographic vinyl , which catches the light as it moves. Engineering

If you tell me more about the specific you need this piece for (like a technical review, a blog post, or a social media caption), I can help you draft a more tailored description. : The sculpture features 19 rollers mounted on

: The movement is powered by a small motor connected to the first roller via bevel gears .