3D preview of SnackGrip – Finger Chopstick Prongs
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Interactive 3D model of SnackGrip – Finger Chopstick Prongs

Plates and panels

SnackGrip – Finger Chopstick Prongs

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Bounding box
50.0 × 87.6 × 3.0 mm
Engine
Precision B-rep
Parameters
17
Published
November 6, 2026

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The prompt

Design a minimalist, ergonomic, 3D-printable wearable snack utensil called SnackGrip. It should have two hollow finger rings for the index and middle fingers, connected by a small bridge. Extend two slim, parallel chopstick-like prongs from the front, positioned to work like finger-operated chopsticks. The prongs should open and close naturally when the user moves their fingers, making it easy to grab individual chips, crisps, popcorn and other greasy snacks without touching the food. Make it lightweight, comfortable, discreet and easy to control. Use smooth, rounded edges and a durable design suitable for FDM 3D printing. Create a functional 3D CAD model with realistic proportions, not just a visual rendering. Export as STL and STEP.

Parameters

NameValueRange
Ring Outer Diameter26 mm18 – 36
Ring Bore (Hollow) Diameter19.5 mm14 – 26
Finger Centre Spacing24 mm16 – 34
Body Plate Thickness3 mm1.5 – 6
Arm Length (to Paddle Centre)22 mm14 – 40
Arm Width at Ring End18 mm8 – 30
Front Paddle Diameter22 mm14 – 36
Scoop Dish Diameter10 mm4 – 18
Scoop Dish Depth1.8 mm0.3 – 2.5
Edge Rounding Radius0.8 mm0 – 2.5
Prong Length45 mm15 – 80
Prong Width at Root5 mm2 – 12
Prong Tip Width3.2 mm1.5 – 10
Prong Gap at Root9 mm2 – 20
Prong Gap at Tips3 mm0.8 – 20
Prong Thickness (Flex)2.6 mm1.2 – 8
Prong Root Offset from Paddle Centre6 mm0 – 8

Every value above is a live dimension. Open a model like this in the editor and each one becomes a slider you can drag before exporting.

SnackGrip – Finger Chopstick Prongs - Free CAD Model (STEP, STL) | TextoCAD