I will do sheet metal design and 3D modeling with Autodesk Inventor
Jorge Dennis G.
Top designer
Top designer
Manufacturing Services expert
About this service
I specialize in advanced sheet metal design using Autodesk Inventor, applying the Skeleton Design methodology to create intelligent models that adapt instantly to dimensional changes. Instead of static parts, I build a master "skeleton" that drives bends, flanges, and cutouts, ensuring all features update automatically when you modify length, width, or gauge. By integrating iLogic, I automate the generation of flat patterns, bend tables, and manufacturing configurations, allowing you to switch between materials or thicknesses with a single click while maintaining accurate K-factors and bend allowances.
This approach eliminates manual recalculations and ensures your designs are optimized for laser cutting, bending, and stamping from the start. Whether you need complex enclosures, brackets, or custom ductwork, I deliver models that streamline your path from 3D concept to physical part, complete with precise DXF files and ISO/DIN-compliant drawings.
The final result of the project includes:
• 3D modeling of all sheet metal parts with their development, in editable format in Autodesk Inventor Professional.
• 3D model in STEP or IPT format.
• The final manufacturing plans under the DIN-ISO standard, in PDF and DWG format.
• CAD drawing for laser or plasma cutting, in DXF format.
• Rendering of the 3D model.
Ideal For:
• Custom enclosures, cabinets, and electrical boxes.
• Modular sheet metal structures and framing systems.
• Projects requiring multiple size variants or material... read more
This approach eliminates manual recalculations and ensures your designs are optimized for laser cutting, bending, and stamping from the start. Whether you need complex enclosures, brackets, or custom ductwork, I deliver models that streamline your path from 3D concept to physical part, complete with precise DXF files and ISO/DIN-compliant drawings.
The final result of the project includes:
• 3D modeling of all sheet metal parts with their development, in editable format in Autodesk Inventor Professional.
• 3D model in STEP or IPT format.
• The final manufacturing plans under the DIN-ISO standard, in PDF and DWG format.
• CAD drawing for laser or plasma cutting, in DXF format.
• Rendering of the 3D model.
Ideal For:
• Custom enclosures, cabinets, and electrical boxes.
• Modular sheet metal structures and framing systems.
• Projects requiring multiple size variants or material... read more
I specialize in advanced sheet metal design using Autodesk Inventor, applying the Skeleton Design methodology to create intelligent models that adapt instantly to dimensional changes. Instead of static parts, I build a master "skeleton" that drives bends, flanges, and cutouts, ensuring all features update automatically when you modify length, width, or gauge. By integrating iLogic, I automate the generation of flat patterns, bend tables, and manufacturing configurations, allowing you to switch between materials or thicknesses with a single click while maintaining accurate K-factors and bend allowances.
This approach eliminates manual recalculations and ensures your designs are optimized for laser cutting, bending, and stamping from the start. Whether you need complex enclosures, brackets, or custom ductwork, I deliver models that streamline your path from 3D concept to physical part, complete with precise DXF files and ISO/DIN-compliant drawings.
The final result of the project includes:
• 3D modeling of all sheet metal parts with their development, in editable format in Autodesk Inventor Professional.
• 3D model in STEP or IPT format.
• The final manufacturing plans under the DIN-ISO standard, in PDF and DWG format.
• CAD drawing for laser or plasma cutting, in DXF format.
• Rendering of the 3D model.
Ideal For:
• Custom enclosures, cabinets, and electrical boxes.
• Modular sheet metal structures and framing systems.
• Projects requiring multiple size variants or material options.
• Manufacturers needing accurate flat patterns and bend deductions. read less
This approach eliminates manual recalculations and ensures your designs are optimized for laser cutting, bending, and stamping from the start. Whether you need complex enclosures, brackets, or custom ductwork, I deliver models that streamline your path from 3D concept to physical part, complete with precise DXF files and ISO/DIN-compliant drawings.
The final result of the project includes:
• 3D modeling of all sheet metal parts with their development, in editable format in Autodesk Inventor Professional.
• 3D model in STEP or IPT format.
• The final manufacturing plans under the DIN-ISO standard, in PDF and DWG format.
• CAD drawing for laser or plasma cutting, in DXF format.
• Rendering of the 3D model.
Ideal For:
• Custom enclosures, cabinets, and electrical boxes.
• Modular sheet metal structures and framing systems.
• Projects requiring multiple size variants or material options.
• Manufacturers needing accurate flat patterns and bend deductions. read less
I specialize in advanced sheet metal design using Autodesk Inventor, applying the Skeleton Design methodology to create intelligent models that adapt instantly to dimensional changes. Instead of static parts, I build a master "skeleton" that drives bends, flanges, and cutouts, ensuring all features update automatically when you modify length, width, or gauge. By integrating iLogic, I automate the...
read more
I specialize in advanced sheet metal design using Autodesk Inventor, applying the Skeleton Design methodology to create intelligent models that adapt instantly to dimensional changes. Instead of static parts, I build a master "skeleton" that drives bends, flanges, and cutouts, ensuring all features update automatically when you modify length, width, or gauge. By integrating iLogic, I automate the generation of flat patterns, bend tables, and manufacturing configurations, allowing you to switch between materials or thicknesses with a single click while maintaining accurate K-factors and bend allowances.
This approach eliminates manual recalculations and ensures your designs are optimized for laser cutting, bending, and stamping from the start. Whether you need complex enclosures, brackets, or custom ductwork, I deliver models that streamline your path from 3D concept to physical part, complete with precise DXF files and ISO/DIN-compliant drawings.
The final result of the project includes:
• 3D modeling of all sheet metal parts with their development, in editable format in Autodesk Inventor Professional.
• 3D model in STEP or IPT format.
• The final manufacturing plans under the DIN-ISO standard, in PDF and DWG format.
• CAD drawing for laser or plasma cutting, in DXF format.
• Rendering of the 3D model.
Ideal For:
• Custom enclosures, cabinets, and electrical boxes.
• Modular sheet metal structures and framing systems.
• Projects requiring multiple size variants or material options.
• Manufacturers needing accurate flat patterns and bend deductions. read less
This approach eliminates manual recalculations and ensures your designs are optimized for laser cutting, bending, and stamping from the start. Whether you need complex enclosures, brackets, or custom ductwork, I deliver models that streamline your path from 3D concept to physical part, complete with precise DXF files and ISO/DIN-compliant drawings.
The final result of the project includes:
• 3D modeling of all sheet metal parts with their development, in editable format in Autodesk Inventor Professional.
• 3D model in STEP or IPT format.
• The final manufacturing plans under the DIN-ISO standard, in PDF and DWG format.
• CAD drawing for laser or plasma cutting, in DXF format.
• Rendering of the 3D model.
Ideal For:
• Custom enclosures, cabinets, and electrical boxes.
• Modular sheet metal structures and framing systems.
• Projects requiring multiple size variants or material options.
• Manufacturers needing accurate flat patterns and bend deductions. read less
Service offer categories
Sheet Metal Design
3D Product Modeling
Mechanical Engineering
Software & skills
3D CAD Design
3D Modeling
Autodesk Inventor
Machine Designer
Machine Drawings
Mechanical Design
Mechanical Engineering
Sheet Metal Design
Sheet Metal Modeling
iLogic
+7 more
This service includes
| Service tiers | Simple $120 |
|---|---|
| Summary | 3D modeling and manufacturing plan |
| Details | 3D modeling and manufacturing plan of a metal sheet. |
| Delivery time | 4 days |
| Number of revisions | 3 |
Top designer
Member since
January 2023
Languages
Spanish
Avg. response time
1 hour
Parametric Mechanical Design | Autodesk Inventor | Skeleton Modeling Expert
I specialize in 3D modeling using Skeleton Design and iLogic in Autodesk Inventor. This approach defines the entire system within a single master file, centralizing sketches, parts, and mechanisms for full parametric control over dimensions, relationships, and functionality. With iLogic, I automate designs via logical rules, generate custom configurations with interactive dialogs, and reduce error...
read more
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