Geneproj by ILTECH connects transformer calculations, parametric components, 2D drawings, 3D models and engineering documentation in a browser-based workspace. Configure parts, build projects from templates, evaluate material variants and track review decisions through part and project histories.
One connected workflow for electric transformer electrical calculation, mechanical design, 2D CAD detailing, 3D modeling, and manufacturing documentation.
Run parametric electric transformer calculations and apply electrical and dimensional inputs to the design. Change values and automatically update the associated drawings and 3D geometry.
Generate electric transformer CAD drawings and inspect parametric 3D electric transformer assemblies in the browser. Export technical data in DXF, SVG, STL, and STEP for engineering and manufacturing.
Generate electric transformer bills of materials and manufacturing reports in Excel and PDF as dimensions change, reducing manual quantity and cost-estimation errors.
An AI assistant for exploring information and supporting tasks in electric transformer calculation and design, with engineering-team validation at the center of decisions.
Manage teams, companies, and corporate groups working on electric transformer projects. Control who views, edits, or approves each engineering stage.
Help engineers evaluate electric transformer design alternatives using consistent parameters, material data, and technical outputs.
Create parametric 2D/3D components for electric transformer projects without external dependencies.
Link engineering formulas to matrix cells for real-time updates to electric transformer project parameters.
Customize electric transformer technical reports in SVG/DXF format with direct export for manufacturing equipment.
Geneproj runs in the cloud, allowing teams to access electric transformer calculation, design, and documentation work from anywhere.
Design on smartphones, tablets, or computers, regardless of brand, operating system (Windows, macOS, Linux, Android, iOS), or model.
No need to invest in expensive high-end workstations. Geneproj's interface is highly optimized, consuming minimal local resources.
Access your browser, enter your credentials, and start creating in seconds. Forget huge downloads, slow updates, or local licensing issues.
With advanced 3D data compression technologies, the platform operates perfectly even on conventional home internet connections or 4G/5G.
A connected workflow that eliminates repeated data entry and keeps electric transformer calculation, CAD documentation, 3D design, and manufacturing outputs aligned.
The engineer defines electric transformer parameters, customer requirements, and design constraints in the system interface.
Geneproj processes electric transformer formulas and engineering rules, validating inputs and updating the parametric design model.
The electric transformer 3D model, 2D CAD drawing, and technical structure are generated from the same design data—without redrawing line by line.
Download detailed bill of materials, technical drawings, and STL/STEP/DXF models ready for production or CNC.
Feature matrix
Explore the inputs, tools and outputs at each stage of transformer development.
| Feature | Inputs | Outputs and application |
|---|---|---|
| Core and winding calculations | Geometry, materials and electrical requirements | Electrical results, weight and cost alongside the model |
| Reusable parametric parts | Dimensions and part configuration | Reusable components across design configurations |
| Custom engineering parameters | Variables, units and default values | Input forms adapted to the engineering process |
| Programmable part logic | Formulas, criteria and variables | Editable and reviewable calculation methods |
| AI-assisted part creation | Technical component description | A parametric starting point for engineering review |
| Programmable 2D drawings | Variables and drawing rules | Technical views linked to component data |
| Component development in 3D CAD | Geometry and modeling operations | Geometric construction and component inspection |
| Engineering calculation matrices | Cells, variables and limits | Organized presentation of requirements and results |
| Structured transformer projects | Name, version and template | One context for component development |
| Templates and product families | Item tree and parts library | Reusable structure for each product family |
| Project variants and material studies | Existing project and alternative materials | Scenarios for studying and comparing alternatives |
| Integrated project workspace | Project structure and components | Connected access to models, matrices and documents |
| Data-linked technical reports | Layout and part variables | Documents populated with component data |
| Manufacturing documentation | Dimensions, geometry and quantities | Drawings and tables communicating the configuration |
| Part review and lifecycle history | Part status and review notes | Contextual history with user and date |
| Project and item-level review history | Status, item and justification | Item-level decisions and attention indicators |
| Engineering project dashboard | Projects and review events | Tracking by status, user and PLM events |
| Browser access and team context | Account and permissions | Access to authorized team activities |
Available outputs and features depend on the configured parts, rules, permissions and templates. The engineering team reviews models and documents before use.
Request a demonstrationWant to see how Geneproj supports electric transformer calculation, design, and manufacturing documentation in your company? Request a demonstration for your team.