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Turbine CAD Drawing Generator

Set blade count, rotor diameter, hub bore, keyway, and blade angle, and DrawCAD renders a CAD-style turbine or impeller image for turbomachinery concepts, teaching material, and technical presentations.

Radial and axial rotorsBlade counts and anglesHub bores and keywaysCAD-style images

出力： CAD スタイル PNG · 編集不可 CAD ファイル

How to generate a turbine drawing
Turbine and impeller concepts from text
Task context

How to generate a turbine drawing

Choose the rotor family: radial inflow turbine, axial rotor, centrifugal impeller, or an open fan wheel.
Give outer diameter, blade count, blade thickness, hub diameter, bore, and keyway.
Say whether the rotor is shrouded or open, then request a front, section, or isometric view.
Blade and hub map

Turbine drawing prompts

Start from a rotor family, then change blade count, outer diameter, hub bore, and whether the rotor is shrouded or open.

CAD-style drawing of a 13-blade radial turbine rotorRotor family: radial-inflowOuter diameter: 120mmBlade count: 13bladesBlade thickness: 2.5mmHub diameter: 45mm

Concept dimensions guide the prompt and visual only; they are not manufacturable CAD geometry or production drawings.

ミッション・ツールキット

Configure a turbine drawing

More parameters
生成されたプロンプト

Create a dimensioned CAD-style technical drawing of a turbine rotor, showing blade count, outer diameter, hub and bore geometry, blade root fillets, and coherent front, section, and isometric views. radial inflow turbine rotor with curved blades sweeping from a radial inlet to an axial exducer. Outer diameter: 120mm. Blade count: 13blades. Blade thickness: 2.5mm. Hub diameter: 45mm. Shaft bore: 20mm. a standard parallel keyway in the bore with the key width and depth over the opposite bore wall dimensioned. open unshrouded rotor with the full blade profile and tip clearance visible from the front.

組み込みテンプレート

Turbine CAD-style examples

よくある質問

Are the blade angles aerodynamically correct?

No. The image renders a plausible blade shape, but inlet and outlet angles, camber, and thickness distribution come from a turbomachinery design process and CFD, not from image generation.

Can it draw a shrouded impeller?

Yes. Say shrouded and ask for a section view. That is what exposes the covered flow passage, blade heights, and shroud wall thickness.

Can I export this as a STEP model for casting or balancing?

No. DrawCAD produces CAD-style images only. Blade surfaces for casting, five-axis machining, or rotor balancing must be modeled and verified in engineering CAD.

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さらに生成回数を増やしたいですか？

アップグレードすると、より多くのポイント、より高い解像度、そして透かしのないエクスポートが可能になります。

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