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zerdazi.elwardi
03-29 21:30
Model Name
3d printed robotic finger
Tags
3d printing
3d printing realistic
machine
machine 3d printing
machine 3d printing realistic
machine realistic
microcontroller
microcontroller board
modular
realistic
Input
Prompt
A high-resolution, detailed photograph of a modular, 3D printed robotic human finger assembly, approximately 10cm tall. The assembly is built from matte white, durable PLA plastic and composed of three main interconnected segments (representing phalanges: proximal, middle, distal), plus a large integrated base segment. Connecting the segments are flexible, slightly coiled plastic springs that serve as artificial tendons, allowing the joints to flex. The three main finger segments (distal, middle, proximal) feature distinct, circular and square molded-in recesses designed specifically to hold tactile or force sensors (sensors themselves are not shown, just the hollows). The large base segment features a precisely defined rectangular cavity where a Seeed Studio XIAO microcontroller board is seated, showing the edge of the board and its gold contacts. Directly adjacent to the microcontroller cavity on the side of the base is a small, rectangular hole labeled "CHARGING PORT" with a standard USB-C female port. The entire assembly is mounted via an integrated pivot pin on a simple, dark grey test stand base made of aluminum, standing on a workshop workbench surface. A micro-USB cable is shown plugged into the charging port for demonstration. The background is a detailed but blurred workbench environment with tools, electronic components, and overhead lamp lighting. The photo has a slightly low angle, emphasizing the finger's structure.
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