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Slider 3D Models

Find the best Slider 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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Peças do KIT Base (fixa no controle) Trilho (guia do movimento) Slider (parte móvel da pegada) 🔧 Medidas base (iguais para todos) Use isso como referência no Fusion 360 / Blender / Tinkercad: Comprimento do trilho: 100 mm Largura do trilho: 14 mm Altura do trilho: 8 mm Comprimento do slider: 100 mm Altura do slider: 7,5 mm 👉 O que muda é a FOLGA, não o formato. 🖨️ Folgas corretas por material 🟡 PLA (padrão, rígido) Folga lateral: 0,30 mm Folga vertical: 0,30 mm ✔️ Movimento firme e preciso ✔️ Ideal para FPS 🟠 PETG (ligeiramente flexível) Folga lateral: 0,40 mm Folga vertical: 0,40 mm ✔️ Evita “grudar” ✔️ Melhor para uso prolongado 🔵 TPU (flexível) Folga lateral: 0,60 mm Folga vertical: 0,60 mm ✔️ Movimento macio ✔️ Pegada confortável ⚠️ Infill baixo (10–15%) ⚙️ Configuração de impressão (resumo) Material Camada Infill Velocidade PLA 0,2 mm 20% normal PETG 0,24 mm 20% -10% TPU 0,28 mm 10–15% lenta Sem suportes para todos. 🧠 Dica profissional (muito importante) Faça o slider sempre 0,2 mm menor do que o trilho
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Anonymous1769476047
esign a lightweight, purely mechanical payload deployment mechanism inspired by a spring-loaded sliding latch mechanism (similar to a manual push-out dispenser). Reference style: - Internal sliding plate guided by side rails - Compression spring at the bottom pushing the slider upward - Mechanical latch or hook holding the slider in the loaded position - Upon release, the slider moves smoothly to gently push the payload out Payload: - Cylindrical sensor (AA battery form factor) - Dimensions: 50 mm length × 14 mm diameter - Mass: 15–31 grams - Fragile payload requiring gentle handling Design requirements: - Ultra lightweight, compact rectangular housing - No motors, no electronics, no servos - Entirely mechanical operation using springs and gravity - Payload stored vertically - Controlled low-speed deployment (not free fall) Mechanism details: - Vertical payload chamber sized precisely for a 50×14 mm cylinder - Flat internal sliding pusher plate that contacts the bottom of the payload - Compression spring
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I want a crank/ slider mechansism that somone is able to crank and when they crank it it changes its height (moves up and down) but i also want it to spin while they are cranking it
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