Design and manufacture best-in-class cars and equipment with tools designed for automotive manufacturers and automotive suppliers

Having the right workflow in place that allows you to consider everything from concept to documentation is essential.

Implementing a workflow also provides a platform for you to work with Automotive OEMs and Suppliers more effectively, reducing costs and solving issues early in the design and manufacturing process.

Workflow for automotive design and manufacturing

Each automotive design and manufacturing company is different. Workflows are designed to be tailored and used to meet objectives. Our clients benefit from our expertise by using our consultation services before implementing a new workflow.

If you are looking to reduce costly late charges and better manage external processes, then consider improving your workflow.

Understanding your workflow

Here at Majenta Solutions, we take pride in listening to our clients and getting to understand their processes and objectives.

Understanding your current workflow and your objectives is the first step in your journey to reduce costs and improve efficiencies within the design and manufacturing process.

Automotive Workflows

Concept Design

  • Better communicate and review your ideas and concepts in the early phases of the car design process with developed 2D sketches and 3D virtual models.
  • Create, visualise, and modify your concepts faster, and reduce the need for physical clay models with rapid, virtual clay modelling.
  • Improve collaboration among your team and make decisions faster with the ability to visualise and review 3D designs in real-time.
  • Improve process efficiency when you develop concepts and sketches, design surfaces, and visualise concepts using 2D sketches or 3D animation tools.

Design and Styling

  • Move faster from modelling to decision making with efficient surface design, visualisation, and 3D concept development.
  • Speed up decision making, iterate faster and more easily with the ability to quickly set up alternatives and scenes, and review detailed virtual designs.
  • Meet early demands with the ability to produce movie-quality, production-ready CGI and videos.

Technical Surfacing

  • Speed up the process of technical surface development and create production-ready surfaces from the design model that are ready for hand-off to engineering.
  • Better judge perceived quality without a physical model with the ability to review texture, color and trim, character lines, highlights, and illumination on your surfaces and designs.

Sales, Marketing and POS

  • Get movie-quality, production-ready CGI and videos for reuse in marketing.
  • Efficiently generate CGI from real-time visualisation, and explore modifications like additional colors or alternative geometrics during the product lifecycle.

Product Engineering

  • Become more efficient with design accelerators like frame and shaft generators, along with modules for sheet metal and plastic part design.
  • Easily set up and manage workgroup data, secure design data, and increase efficiency with multisite collaboration and access to enterprise resource planning (ERP) systems.
  • Easily use real-time visualisation for engineering reviews such as perceived quality, light design, and gap analysis.

Product Simulation

  • Reduce costly tool changes with earlier understanding of plastic part behavior, including fill time predictions and surface defect alerts.
  • Reduce iteration cycles and predict alternative behavior to enable early changes in designs with upfront flow analysis.
  • Understand behavior and performance better and make earlier changes with an upfront simulation of electro-mechanical or mechanical designs.
  • Use real-time visualisation for simulation result reviews such as plastic parts quality and better visual review of CFD simulation results.
  • Set up and securely manage workgroup and simulation data with multisite collaboration and access to ERP systems.

Production Equipment Design

  • Reduce costly prototypes with Digital Prototyping design of production equipment, and depend on routed systems for reliable designs.
  • Increase efficiency with built-in productivity tools and 2D design tools developed for mechanical design.
  • Design and maintain electrical wire diagrams for production equipment machinery in an efficient toolset that includes libraries and electrical logic.
  • Reduce iterations and costly tool changes with an early prediction of production parameters such as fill times, and issues such as surface defects.
  • Increase efficiency with easy-to-set-up workgroup data management and multisite collaboration and access to ERP systems.
  • Set up PLM backbone to manage the processes in production equipment design, such as quality management and supplier collaboration.

Factory Planning

  • Automatically transfer 2D layouts to 3D visual layouts and use 3D layout tools with an extensive library and asset ecosystem via asset warehouse.
  • Design a building in 3D, and use a centralised information system for the entire process, from planning to building operation.
  • Easily set up and securely manage workgroup data management with multisite collaboration and access to ERP systems.
  • Easily set up PLM backbone to manage the processes in production planning, factory installation, project management, and external supplier collaboration.


Easily use tools for efficient development of 2D drawing-based documentation.

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