3D preview of Cilia Lymphatics Handheld Motility Device
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Cilia Lymphatics Handheld Motility Device

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Bounding box
120.0 × 84.5 × 92.0 mm
Engine
Precision B-rep
Parameters
31
Published
October 9, 2026

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The prompt

Material: Medical Grade Silicone For the engineering component. I will write the details here so you can provide a 3D STEP image for the cilia based motility device, Cilia Lymphatics: By mimicking the coordinated, asymmetric motion of cilia, this offers a unique propulsion and fluid handling capabilities at small scales. I want the product to produce asymmetric strokes, coordinated group movements (metachronal waves) with low-Reynolds-number hydrodynamics. This cilia based motility device beats in coordinated patterns, generating fluid flow and propelling movement on the skin. It is battery powered with an on/off button. The aesthetic is deep ocean - dark navy canvas, teal/cyan as the primary accent, bioluminescent green for positive deltas, Fraunces display type paired with inner body, and Jetbrain Mono for labels and data. I’ll revise the concept into a handheld, curved bumper-like device with a smooth medical-silicone contact membrane; phase-shifted internal actuators will create traveling surface waves, preserving metachronal action without exposed physical cilia. Reshape the product render around its rounded base and raised central grip while preserving the deep-navy, cyan, and bioluminescent-green engineering aesthetic. The reference has a clear three-part silhouette—a broad rounded contact pad, a raised cylindrical palm grip, and a soft top cap. Revised form Wide, rounded medical-grade silicone contact base Raised cylindrical palm grip Soft elliptical top cap Compact handheld proportions Integrated battery core and on/off indicator Visual treatments Deep navy presentation canvas Teal and cyan silicone surfaces Bioluminescent green wave paths and status light Concentric actuator-zone graphics showing metachronal propagation No exposed physical cilia

Parameters

NameValueRange
Contact Base Length (X)120 mm80 – 180
Contact Base Width (Y)80 mm50 – 140
Contact Base Height20 mm10 – 35
Base Corner Radius30 mm5 – 39
Bumper Top Blend8 mm0 – 9
Membrane Bottom Blend5 mm0 – 9
Actuator Layer Length100 mm60 – 160
Actuator Layer Width60 mm40 – 120
Actuator Layer Thickness8 mm4 – 16
Actuator Corner Radius10 mm0 – 20
Parallel Zone Count6 ea2 – 12
Zone Groove Width3 mm1 – 8
Zone Groove Depth1.5 mm0.5 – 4
Palm Grip Diameter45 mm30 – 70
Palm Grip Height55 mm30 – 90
Grip Cavity Length (X)37 mm20 – 50
Grip Cavity Width (Y)29 mm15 – 40
Grip Cavity Depth30 mm15 – 60
Top Cap Length (X)55 mm35 – 90
Top Cap Width (Y)40 mm25 – 70
Top Cap Height15 mm6 – 30
Cap Dome Blend6.5 mm1 – 12
Battery Length35 mm20 – 40
Battery Width25 mm15 – 32
Battery Height12 mm5 – 20
PCB Length30 mm15 – 45
PCB Width20 mm10 – 32
PCB Thickness4 mm1.5 – 8
Power Button Diameter12 mm6 – 20
Button Protrusion4 mm1 – 10
Button Drop From Grip Top14 mm6 – 30

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.

Cilia Lymphatics Handheld Motility Device - Free CAD Model (STEP, STL) | TextoCAD