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Insulin 3D Models

Find the best Insulin 3D Models, free download in STL, FBX, GLB, OBJ, 3MF, USDZ for 3D modeling and creation in Blender, 3D printing, game developing, animation, eCommerce, AR/VR and etc. Generated by Tripo AI 3D Generator.

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Anonymous1776756425
Anonymous1776031202
Владислав Фаисханов
Easy-Touch 1cc U-100 insulin syringe, pre-filled, stored horizontally in fridge. Syringe measurements: Total length (stored): ~120mm Barrel OD: ~12mm Orange needle cap: ~9mm dia, ~15mm long Plunger rod: ~3-4mm dia (cross-shaped) Finger grip wings: ~14mm wide Box design: 20 syringes total, 10 per half Clamshell style (like a pencil/glasses case) Flat rectangular tray with low divider ribs between syringes — no tight slots, just loose separation Flat lid with small retaining bumps pressing on each barrel Print-in-place living hinge on one long edge Snap closure on opposite edge No hardware, no supports Prints flat in one piece Print specs: PETG only (PLA cracks in fridge) 0.2mm layers, 3 walls, 20% infill Bed needed: ~170 × 260mm minimum Must have working hinges and latch. Mut fit in H2D printer plate. Must be snug fit and professional. Do not include syringe as that is physical product put into 3d print. You can check our history for example
Anonymous1775650047
On the Left side: "HEALTHY PANCREAS." The model is plump, a uniform pale yellow color with a smooth texture. It is nestled against a simplified duodenum (gray/pink tube). Small, abundant, glowing blue spheres (representing insulin) are seen being secreted effectively into the surrounding network of fine red capillaries. Below this model is a label: "NORMAL INSULIN PRODUCTION." On the Right side: "TYPE 2 DIABETIC PANCREAS." The model looks slightly smaller, inflamed, with a less smooth, slightly atrophied texture and a muted, slightly mottled orange/yellow color. Very few glowing blue spheres are being produced, and the secretion looks sluggish and sparse. Below this model is a label: "INSULIN BURN-OUT."
Anonymous1774627367
Anonymous1759739764
Anonymous1741025764
Anonymous1773965178
Anonymous1760300826
Anonymous1758571086
Anonymous1764829982
Anonymous1771356215
CreatCreate a realistic 3D model of a universal smart clip-on module designed for existing insulin pens. The device should appear compact, lightweight, and detachable, mounted securely onto a standard insulin pen without modifying the pen’s original structure. Design details: Small rectangular smart module attached near the dose dial area OLED display showing insulin units and temperature Hall-effect sensor positioned near plunger mechanism Integrated temperature sensor inside casing Bluetooth Low Energy (BLE) chip Rechargeable battery compartment Smooth medical-grade plastic finish (white and blue color theme) Minimalistic, ergonomic, patient-friendly design Include: Exploded view showing internal components Transparent casing version to show sensor placement Clean studio background High-detail, realistic medical product render 360-degree rotation ready Style: Professional medical device prototype, modern healthcare technology aesthetic, high realism, product showcase lighting.e a realistic,
Anonymous1771061625
Create a realistic, high-detail, rotatable 3D model of a universal smart clip-on IoT module attached to a standard insulin pen. Model Requirements: Standard Insulin Pen: Transparent insulin cartridge section Internal plunger rod Dose dial at the top Injection button Removable needle at the front Realistic medical design Smart Clip-On Module (External Add-On): Attached at the back near the injection button Compact, lightweight medical-grade casing Adjustable clamp design to fit multiple pen diameters Small OLED display on outer surface Internal Components (Visible in Cutaway Mode): Hall Effect Sensor (DRV5055) aligned with plunger axis Small Neodymium Magnet attached to injection button Temperature Sensor (TMP117) BLE Microcontroller (ESP32-C3 or nRF52832) Rechargeable Li-ion Battery Mini PCB board Design Style: Professional biomedical device Clean white and light blue color scheme Smooth ergonomic curves Medical-grade finish High realism Fully rotatable and zoomable Exploded view o
Anonymous1771061625
Anonymous1771048184
Anonymous1769353351
Crie um modelo 3D CAD detalhado de um tubo cilíndrico de resfriamento com câmara dupla, projetado para armazenar insulina. A estrutura deve incluir: 1) Um anel estrutural central (formato de arruela): - Anel circular plano - Diâmetro externo maior - Diâmetro interno menor - Deve funcionar como conector estrutural entre dois tubos concêntricos 2) Um tubo cilíndrico externo conectado ao diâmetro externo maior do anel: - Oco - Paredes espessas - Projetado para armazenar água internamente (câmara de resfriamento congelável) - A extremidade oposta ao anel deve ter rosca interna - Incluir uma tampa rosqueável com detalhe de anel de vedação (O-ring) - A tampa deve aparentar ser à prova d’água 3) Um tubo cilíndrico interno conectado ao diâmetro interno menor do anel: - Concêntrico ao tubo externo - Criando uma câmara interna separada - Projetado para armazenar uma caneta de insulina - Acabamento interno liso - A extremidade inferior (mesma direção da tampa externa) permanece aberta para inserção da insulina 4) U
Anonymous1770549654
Anonymous1747677389
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