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Base plate 3D Models

Find the best Base plate 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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拉伸凸台:1000mm × 200mm × 80mm(长宽高)

底面绘制定位键槽草图:宽18mm,深5mm,长度80mm,位置居中

第二步:V形槽阵列建模

绘制第一条V形槽:

用直线命令画120°夹角

槽口宽度26.5mm(φ26棒材+0.5mm间隙)

槽深13mm

绘制剩余4条V形槽:

使用"线性阵列"命令

方向:沿基座宽度方向

间距:18mm(中心到中心)

数量:5个

拉伸切除:"完全贯穿"或"给定深度"13mm

验证:测量相邻V形槽中心距是否为18mm±0.01mm

第三步:让刀槽阵列建模

选择基座侧面(或顶面)绘制草图

绘制第一条让刀槽轮廓:

宽度0.5mm(矩形)

深度8mm(从V形槽底面往下)

长度贯穿整个基座宽度

确定第一个让刀槽的位置:

距离基座端面:根据产品厚度计算

公式:起始位置 = 余量 + (n-1) × 5.15mm

5.15mm = 4.8mm(产品厚) + 0.25mm(线径) + 0.1mm(余量)

使用"线性阵列":

方向:沿基座长度方向

间距:5.15mm

数量:根据切割长度计算(如切割900mm,约175条槽)

重要提示:让刀槽必须与V形槽中心线绝对垂直,建议在建模时添加垂直几何关系。

第四步:排屑孔阵列建模

在每条V形槽底部中心线位置绘制点

绘制第一个排屑孔:φ3mm圆形

使用"线性阵列":

第一方向:沿基座长度方向,间距50mm

第二方向:沿5条V形槽,间距18mm

数量:长度方向20个(1000mm/50mm),宽度方向5个

拉伸切除:"完全贯穿"整个基座高度

第五步:侧向压块组件建模

新建零件"侧向压块_左"和"侧向压块_右"

拉伸凸台:100mm × 30mm × 80mm(长宽高)

绘制与棒材接触面:

拉伸切除形成与V形槽匹配的圆弧面(R13mm)

或使用"压凹"特征复制V形槽形状

添加防滑纹理:

使用"线性阵列"+"拉伸切除"模拟滚花

或直接建模为光滑面,后期实物加工滚花

添加导向结构:

在压块两侧绘制凸台(5mm×5mm)

对应基座侧面铣导向槽

阵列:沿基座长度方向阵列3组(对应三段式压紧)

第六步:顶部压板组件建模

新建零件"顶部压板"

拉伸凸台:100mm × 50mm × 20mm(长宽高)

绘制压紧面
Anonymous1773972577
make base round
Anonymous1773095154
PLACA 1 — BASE (PISO)
-----------------------------------------
Formato: Retângulo
Dimensões:
- Largura: 30,3 cm
- Profundidade: 28,6 cm
- Espessura: 0,3 cm
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 generate 3d stp file for the round frame. Please ignore the round white frame from 3d generation. generate 3d model for the base to be 3d print out. the round frame dimension is OD100mm x 10mm thickness. try to reduce complicated geometry that hard to print. "remove the round frame, that is sample item only, instead create support that hold the frame in place"
Anonymous1769084392
1. 承重面板零件图
• 尺寸规格:300mm×300mm×12mm(长 × 宽 × 厚),边缘倒角 R3mm;预留 4 个导向块伸缩孔(直径 15mm)、4 个传感器安装孔(直径 8mm);表面长条状基础纹理(凸起高度 5mm,宽度 10mm,间距 20mm)。
• 绘制比例:1:1。
• 标注要求:尺寸公差(如 300±0.5mm)、表面粗糙度(Ra1.6)、倒角要求,以及材质(高强度防滑陶瓷)。
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Anonymous1764095248
Create a 3D printable CAD model of a Jetour X70 rear bumper tow hook cover (rear bumper plug). The part must fit flush with the rear bumper, cover the tow hook opening, and use snap-fit clips on the backside for secure mounting. Design it for automotive plastic (PP/EPDM) and 3D printing in PETG or ABS. Include smooth OEM-style exterior, slight curvature to match bumper, small removal notch, and filleted snap hooks. Export STL and STEP files, manifold and print-ready, with correct tolerances for snap-fit installation.
Anonymous1764032893
3D flat plate
Anonymous1764406095
3d model of this connector. Inner diameter is 15.5mm
Anonymous1761122150
主体用奶蓝色和深蓝色为主,用白色点缀细节处用金色和荧光绿
Anonymous1764140053
Enter invite code to get credits!