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Product Exploded View Generator: Midjourney & DALL-E Technical Prompts
Product Exploded View Generator: Midjourney & DALL-E Technical Prompts
Create detailed product exploded view diagrams with Midjourney, DALL-E & Stable Diffusion - design technical product visualizations showing component parts and assembly
Create detailed product exploded view diagrams with Midjourney, DALL-E & Stable Diffusion - design technical product visualizations showing component parts and assembly

AI Prompt:
Example prompt: Create a technical exploded view diagram of a high-end drone showing all major components separated but aligned along their assembly axes. The central drone body remains in the center while the components radiate outward in a logical disassembly pattern - propellers, motor assemblies, landing gear, camera gimbal, battery compartment, controller board, and outer shell components. Include thin alignment lines connecting the parts to show assembly relationships. Each component maintains its proper scale and realistic detail with important parts like the camera, battery, and motors given slightly more prominence. The viewing angle is a three-quarter perspective that clearly shows both the top and side of the drone for maximum component visibility. The lighting is even and technical with subtle shadows to enhance form understanding. The background is plain white to maintain focus on the technical aspects. Render in a technical illustration style that balances photorealism with clear component definition, using a subtle blueprint-inspired color palette of blues and grays with occasional highlight colors for key components. Add small numbered labels next to major components for reference. Customizable prompt: Create a technical exploded view diagram of [PRODUCT] showing all major components separated but aligned along their assembly axes. The [CENTRAL COMPONENT] remains in the center while the components radiate outward in a logical disassembly pattern - [COMPONENT 1], [COMPONENT 2], [COMPONENT 3], and [ADDITIONAL COMPONENTS]. Include [CONNECTION VISUALIZATION] connecting the parts to show assembly relationships. Each component maintains [SCALE APPROACH] with important parts like [KEY COMPONENT 1], [KEY COMPONENT 2], and [KEY COMPONENT 3] given slightly more prominence. The viewing angle is [VIEWING PERSPECTIVE] that [PERSPECTIVE BENEFIT]. The lighting is [TECHNICAL LIGHTING STYLE] with [SHADOW APPROACH]. The background is [TECHNICAL BACKGROUND]. Render in a technical illustration style that balances [STYLE BALANCE] with [TECHNICAL QUALITY], using [COLOR APPROACH] with [COLOR HIGHLIGHT STRATEGY]. Add [LABELING APPROACH] for reference.
Example prompt: Create a technical exploded view diagram of a high-end drone showing all major components separated but aligned along their assembly axes. The central drone body remains in the center while the components radiate outward in a logical disassembly pattern - propellers, motor assemblies, landing gear, camera gimbal, battery compartment, controller board, and outer shell components. Include thin alignment lines connecting the parts to show assembly relationships. Each component maintains its proper scale and realistic detail with important parts like the camera, battery, and motors given slightly more prominence. The viewing angle is a three-quarter perspective that clearly shows both the top and side of the drone for maximum component visibility. The lighting is even and technical with subtle shadows to enhance form understanding. The background is plain white to maintain focus on the technical aspects. Render in a technical illustration style that balances photorealism with clear component definition, using a subtle blueprint-inspired color palette of blues and grays with occasional highlight colors for key components. Add small numbered labels next to major components for reference. Customizable prompt: Create a technical exploded view diagram of [PRODUCT] showing all major components separated but aligned along their assembly axes. The [CENTRAL COMPONENT] remains in the center while the components radiate outward in a logical disassembly pattern - [COMPONENT 1], [COMPONENT 2], [COMPONENT 3], and [ADDITIONAL COMPONENTS]. Include [CONNECTION VISUALIZATION] connecting the parts to show assembly relationships. Each component maintains [SCALE APPROACH] with important parts like [KEY COMPONENT 1], [KEY COMPONENT 2], and [KEY COMPONENT 3] given slightly more prominence. The viewing angle is [VIEWING PERSPECTIVE] that [PERSPECTIVE BENEFIT]. The lighting is [TECHNICAL LIGHTING STYLE] with [SHADOW APPROACH]. The background is [TECHNICAL BACKGROUND]. Render in a technical illustration style that balances [STYLE BALANCE] with [TECHNICAL QUALITY], using [COLOR APPROACH] with [COLOR HIGHLIGHT STRATEGY]. Add [LABELING APPROACH] for reference.
Best for
Best for
Technical Documentation, Assembly Instructions, Component Visualization, Product Education
Technical Documentation, Assembly Instructions, Component Visualization, Product Education
Works with
Works with
Midjourney, DALL-E, Stable Diffusion, Google Imagen, Leonardo AI
Midjourney, DALL-E, Stable Diffusion, Google Imagen, Leonardo AI
Level
Level
Advanced
Advanced

Works with Image Generation AI tools
Midjourney, DALL-E 3, Stable Diffusion, Adobe Firefly, Google Imagen, Other



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