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Feeder 3D Models

Find the best Feeder 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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donut pet feeder 3d model: donut-shaped pet feeder with transparent shell and brown kibble inside
Donut Pet Feeder 3D Model
pet feeder 3d model: dual-bowl pet feeder with paw prints and BIL lettering, black body with stainless steel bowls
Pet Feeder 3D Model
bird medicine feeder 3d model: blue plastic pigeon medicine feeder with strap and two openings for feeding
Bird Medicine Feeder 3D Model
smart pet feeder 3d model: Design a fully functional, award-winning smart pet feeder optimized for 3D printing. Minimalist, modern aesthetic with smooth curves, deep blue and silver color scheme. Transparent hopper for easy food level checks, removable bowl, airtight storage, and anti-jam dispensing mechanism. Stable base, tip-resistant, easy top refill, and practical portion control. Ensure realistic 3D-printing details, like snap-fit joints, wall thickness, and smooth edges. Render a sharp, photorealistic 3D view in a neutral background, ensuring it is ready to print and use. Avoid any external electronics or parts.
Smart Pet Feeder 3D Model
smart pet feeder 3d model: Design an award-winning smart pet feeder that is realistic, manufacturable, and visually stunning. Premium modern design with smooth curves, deep blue and silver colors, transparent food hopper, removable stainless-steel bowl, HD pet camera, touchscreen controls, LED status ring, airtight food storage, anti-jam dispensing system, battery backup, and food-level sensors. Include AI pet recognition that identifies each pet and dispenses custom portions. Stable tip-resistant base, hidden mechanics, easy-refill top lid, and smartphone connectivity. Show realistic seams, vents, and engineering details. Product must look ready for mass production and store shelves, not a concept sketch. Ultra-realistic 3D render, studio lighting, white background, 3/4 front view, sharp focus, photorealistic, highly detailed industrial design, competition-winning quality, inspired by Apple and Dyson design standards. No logos, text, watermarks, people, or pets.
Smart Pet Feeder 3D Model
pet feeder 3d model: Product design render of a smart automatic pet feeder device, 3D photorealistic render, clean white and light gray matte plastic enclosure, modern IoT product aesthetic. Main body: Tall rectangular cabinet housing, approximately 35 cm tall. On the back side, a large vertical compartment/hopper for storing dry kibble/pellets, with transparent or semi-transparent walls to see the food level. At the bottom of this hopper, a horizontal auger screw mechanism (Archimedes screw/auger dispenser) driven by a servo motor — the screw runs horizontally and pushes food out into the food bowl. A proximity sensor (ultrasonic sensor, small cylindrical module) is mounted inside the top section of the hopper pointing downward to measure the kibble fill level. Water system: Next to the kibble hopper, a separate water reservoir tank (clear/translucent walls) with a small submersible water pump connected to a thin silicone tube. On the side of the water tank, a vertical column of 10–11 small metallic probe
Pet Feeder 3D Model
pet feeder 3d model: paw-shaped pet feeder with curved arch, beige plastic, includes bowl and hollow area for food
Pet Feeder 3D Model
wooden cat shelf 3d model: wooden cat-shaped pet feeder with bowls and jars on a two-tier shelf
Wooden Cat Shelf 3D Model
parabolic dish antenna 3d model: parabolic dish antenna with feeder and mounting hardware
Parabolic Dish Antenna 3D Model
bird feeder 3d model: white plastic hanging bird feeder with seed tray
Bird Feeder 3D Model
dog feeder 3d model: A advanced pet feeder with parts that click to gather easily, fully 3d printed, and has portion control, for dogs, and explain how it works, it only uses dog food
Dog Feeder 3D Model
pet feeder 3d model: dual-compartment pet feeder device with open food bowl and sealed container, light blue plastic, modern plastic texture
Pet Feeder 3D Model
pet feeder 3d model: pet feeder with dual bowls, light blue plastic, glossy black bowl
Pet Feeder 3D Model
avibox 8 poultry feeder 3d model: AVIBOX 8 poultry feeder system with eight compartments and nipple drinkers; rugged black case with green accents and modular dividers.
Avibox 8 Poultry Feeder 3D Model
bird feeder 3d model: bird feeder with hanging container and wooden perch, bluebird perched on it
Bird Feeder 3D Model
智能喂猫器3d模型: 本结构为智能喂猫器最下层核心漏料模块，整体结构完全收纳于30cm×30cm×20cm限定空间内，机身设置前后两组独立出料开口，分别匹配两套圆形料盘与独立曲柄滑块传动机构，实现前后双路出料功能。为最大化节约设备内部空间，两个圆形料盘采用上下双层紧密堆叠布局，收纳状态下两层料盘间距极小、贴合收拢，结构紧凑不冗余，完美适配小型喂食器的装配尺寸要求。 整套机构由单电机统一驱动两组曲柄滑块机构同步运作，传动结构简洁稳定、故障率低。设备待机收纳时，曲柄滑块机构带动前后两个圆形料盘同步回缩、相互收拢贴合，双层料盘无缝贴合的同时，料盘外缘与机身前后开口紧密封堵闭合，形成完整的密封结构，能够有效隔绝外界灰尘、湿气，避免内部猫粮受潮、沾染杂质，从结构上保障储料与出料的卫生性。 喂食作业时，两组曲柄滑块机构采用斜向轨迹推送的特殊运动方式，利用倾斜传动的角度补偿原理，化解上下双层料盘的堆叠高度差。原本分层收拢的前后料盘同步向外伸出，最终精准保持同一水平平面，做到盘面平齐、出料高度统一，彻底杜绝高低落差、下料偏移、出料不均等问题，让前后双开口出料状态完全一致，运行平稳顺畅。 机构上方搭载专用控制舵机，依靠舵机左右精准旋转动作，调节漏料口开合大小，灵活把控猫粮下落速度与单次出料总量，可实现定量喂食、少食多餐等多种饲喂模式，适配猫咪不同喂食需求。结构采用模块化可拆卸设计，前后两组圆形料盘与曲柄滑块传动组件相互独立，无需拆解机身内部传动结构，即可直接单独抽出料盘，方便清理粮渣、水洗消毒，解决喂食设备残渣堆积、清洁繁琐的难题。 本底层漏料机构通过双曲柄滑块结构，实现前后双料盘收拢密封、斜推平齐出料的核心功能，在狭小限定空间内，兼顾密封性、出料一致性、精准控料与便捷维护的多重需求，结构外观规整、运行稳定，完全满足智能喂猫器底层漏料的工作要求。
智能喂猫器3d模型 3D Model
双碗智能喂猫器3d模型: 本结构为智能喂猫器最下层专属漏料模块，整体整体收纳尺寸严格控制在30cm×30cm×20cm空间范围内，设备底部预留左右两个独立出料开口，分别对应两组圆形料盘与曲柄滑块传动机构，实现双路独立下料喂食功能。机构采用上下双层紧凑堆叠布局，两层圆形料盘贴合间距极小，大幅节省竖向安装空间，整体结构精简小巧，适配小型家用喂食设备的装配需求。 两组独立曲柄滑块机构分别对接左右双层料盘，由单一电机驱动整体伸缩动作，运行稳定且动力结构简洁。设备待机收纳时，双料盘随曲柄滑块机构完全回缩，双层料盘紧密贴合，同时料盘边缘与机身左右开口紧密贴合封堵，形成良好的密封效果，有效隔绝灰尘、湿气，防止内部猫粮受潮、污染，保障储料卫生。 喂食工作时，曲柄滑块机构通过斜向轨迹推送方式驱动料盘伸出，依托倾斜传动的角度补偿特性，让原本上下堆叠的双层料盘伸出后保持同一水平平面，完全消除高低落差，使左右双料盘出料状态均匀一致，下料平稳不偏移，完美适配双开口对称出料的结构需求。 设备上方搭配专用舵机，通过左右精准旋转调节漏料口开合幅度，灵活控制猫粮下落速度与出料量，可实现定量、少食多餐等多种喂食模式，满足猫咪日常喂食需求。整体采用可拆卸模块化设计，双层圆形料盘与传动机构相互独立，无需拆解机身内部结构，即可单独抽出左右料盘，方便日常清理残留猫粮、水洗养护，解决喂食设备残渣堆积、清洁困难的问题。 整套底层漏料机构以双曲柄滑块结构实现双路独立出料，兼顾空间利用率、密封防尘、平齐出料、精准控料与便捷清洁等核心需求，动力部件精简、故障率低，结构外观规整，完全适配智能喂猫器底层核心下料的工作场景。
双碗智能喂猫器3d模型 3D Model
猫粮喂食器3d模型: 本结构为智能喂猫器专属底层漏料模块，整体严格限定在30cm×30cm×20cm狭小空间内搭建，采用上下双层紧凑布局，核心由两套独立曲柄滑块机构搭配两个圆形料盘组成，仅通过单电机与单舵机协同完成伸缩送料、精准漏料作业，结构精简规整，同时兼顾密封防尘、平齐出料、便捷拆装清洁等核心性能，完全适配家用猫咪自动喂食的底层工作需求。 为最大化压缩空间、提升机身利用率，机构上下两层圆形料盘采用贴近式堆叠设计，收纳待机状态下，两层料盘间距极小、紧密贴合。此时两组曲柄滑块机构同步带动双层圆形料盘完全回缩嵌入机身腔体，料盘盘面与腔体端口紧密贴合闭合，形成全域密封结构，可有效隔绝外界灰尘、空气潮气，避免腔体内部猫粮受潮、沾染杂物，从结构上保障储料与出料的卫生性，杜绝粮食变质、积灰污染等问题。 在喂食出料工况下，单电机统一驱动两组曲柄滑块机构联动运作，通过独特的斜向传动姿态修正方式，改变料盘伸缩角度与运动轨迹，精准校准双层料盘的伸出行程与水平高度，让上下两层圆形料盘完全平齐同步推出。该斜向联动结构彻底解决双层堆叠结构易出现的高低错落、出料偏移问题，保证两层料盘出料位置统一、送料力度均匀，出料过程平稳顺畅，无卡顿、偏料现象，保障每次喂食量精准可控。整套传动结构完全隐藏于限定机身内部，无外露零部件，整体外观简洁规整，空间适配性极强。 模块漏料调控由独立微型舵机实现精准控制，依托舵机左右差异化旋转角度，切换不同漏料开度，可灵活调节猫粮下落速度与出料总量，适配猫咪少食多餐、定量喂食等不同喂养场景，满足多样化喂食需求。同时结构采用分体式模块化设计，双层圆形料盘与内部曲柄滑块传动结构相互独立，无需拆解机身传动组件，即可直接单独抽出料盘，操作简单便捷，可快速清理料盘残留粮渣、水洗清洁，有效解决喂食设备残渣堆积、清洁困难的使用痛点。 整套底层漏料机构动力配置简洁高效，单电机负责料盘伸缩推送，单舵机负责可控漏料，动力部件少、传动链路简单，具备低能耗、低故障率的优势。紧凑双层收纳、斜向平齐出料的结构设计，既满足小型喂食器的空间安装要求，又兼顾使用稳定性与后期维护便利性，是适配家用智能喂猫器的优质底层漏料结构方案。
猫粮喂食器3d模型 3D Model