services
Automotive & Product Design And Development
Our Pipeline
The Roadmap to Automotive Innovation
1.Fueling Creativity – Brainstorming & Design Research
Workflow:
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- Miro (for brainstorming & idea mapping)
- Pinterest & PureRef (for mood boards & references)
- Google Docs & Notion (for research documentation)
Software Used:
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- Understanding the Vision: We begin by discussing the project goals, target audience, and key inspirations.
- Market Research: We analyze industry trends, competitor vehicles, and futuristic design concepts.
- Technology Integration: We explore new materials, aerodynamics, and emerging technologies.
2. Sketching the Future – Concept & Ideation
Workflow:
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- Initial thumbnail sketches to explore multiple design possibilities.
- Refinement of the best concepts into detailed silhouette and proportion sketches.
- Final concept sketches are digitized and enhanced for presentation.
Software Used:
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- Adobe Photoshop & Sketchbook Pro (for digital sketching)
- Wacom Cintiq (for hand-drawn concepts)
3. Bringing Ideas to Life - High-Quality 2D Renderings
Workflow:
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- Shading & Texturing: Applying realistic lighting and material reflections.
- Color Grading & Highlights: Enhancing depth and realism.
- Presentation Layouts: Final renders presented in a professional format.
Software Used:
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- Adobe Photoshop (for rendering)
- Procreate (for iPad sketches)
- Exploring with Vizcom
4. Sculpting the Dream - SubD 3D Modeling
Workflow:
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- Blocking & Proportions: We start with a rough shape to establish correct proportions.
- Subdivision Modeling: We refine the surface with smooth, organic transitions.
- Detailing: Adding precise design features like panel gaps, grilles, and vents.
Software Used:
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- Autodesk Maya (for SubD modeling)
- Blender (for quick iterations)
- Autodesk Alias For better and accurate representation
5. Precision Engineering – CAS Data Development
Workflow:
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- ImportingSubD Data: Bringing SubD surfaces into Alias.
- Refining Class-A Surfaces: Ensuring all surfaces are production-ready.
- Paneling & Gaps: Creating doors, hood, and trunk gaps with perfect alignment.
- Exportingfor Engineering: Ensuring compatibility with CAD software.
Software Used:
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- Autodesk Alias (for Class-A surfacing)
6. Cinematic Masterpieces – Cinematic & Realistic Visualization
Workflow:
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- Scene Setup:Positioning the car in a realistic or artistic environment.
- Lighting & Reflections: Using HDRI maps and dynamic lighting for realism.
- Rendering & Post-Processing: Finalizing with cinematic color grading.
Software Used:
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- Unreal Engine 5 (for real-time visualization)
- V-Ray & KeyShot (for ray-traced renders)
- Adobe After Effects (for cinematic editing)
7. VR/ Non VRInteractive Showroom – Automotive & Product Configurator
Workflow:
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- Model Optimization:Preparing the 3D car for smooth performance.
- UI & UX Design: Developing an easy-to-use interface for color and feature selection.
- Programming & Real-TimeRendering: Making selections update dynamically.
- Webbasedstreamingand App Development : For making it available to the customers
Software Used:
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- Unreal Engine 5 (for real-time configurators)
- Python & C++ (for custom interactions)
- Figma & Adobe XD (for UI design)
8. Making It Real – Design Engineering
Workflow:
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- Structural Analysis:Ensuring chassis and body components are durable.
- Aerodynamic Testing: Simulating airflow to optimize efficiency.
- Material Selection: Choosing lightweight and strong materials.
Software Used:
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- Siemens NX & CATIA (for design engineering)
- Ansys & SolidWorks (for stress & CFD analysis)
9. From Pixels to Reality - Prototyping, Working Prototype & Testing
Workflow:
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- 3D Printing & CNC Milling: Creating physical models.
- Assembly & Painting: Finishing prototypes with precision.
- Testing & Validation: Ensuring everything works as expected.
Software Used:
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- SolidWorks & Rhino (for rapid prototyping)
- Ultimaker Cura & PrusaSlicer (for 3D printing)
10. Driving the Experience – UX/UI & HMI Development
Workflow:
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- User Interaction Mapping:Understanding how users interact with interfaces.
- Wireframing & Prototyping: Creating intuitive layouts.
- Final Integration: Bringing the UI to digital dashboards and touchscreens.
Software Used:
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- Figma & Adobe XD (for UI/UX design)
- Unreal Engine & Qt (for HMI development)
Manufacturing
Manufacturing Services
At theCraftiqs, we believe in pushing the boundaries of design and engineering by bringing concepts to life through high-precision manufacturing.
1.CNC Machining
Computer Numerical Control (CNC) Machining is at the core of our manufacturing capabilities.We use state-ofthe-art CNC machines to achieve high accuracy and consistency in producing complex components. Whether it's metal or plastic, our CNC machining ensures superior surface finish and dimensional precision.
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- Materials:Aluminum, Stainless Steel, Titanium, Brass, Plastics, and Composites.
- Applications:Automotive parts, prototypes, molds, and high-performance components.
2. VMC 3-Axisand5-Axis Machining
Our Vertical Machining Center (VMC) services provide both 3-axis and 5-axis machining, allowing us to manufacture parts with intricate geometries and tight tolerances.
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- 3-Axis Machining:Best for flat-surfaced components and simple geometries.
- 5-Axis Machining:Enables multi-directional cutting, reducing setup time and improving efficiency for complex, highly detailed components.
- Applications:Aerospace, automotive, robotics, and precision engineering sectors.
3. 3D Printing
We leverage additive manufacturing for rapid prototyping and low-volume production. Our 3D printing solutions allow for quick design iterations, cost efficiency, and the creation of highly customized components.
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- Technologies Used:SLA (Stereolithography), SLS (Selective Laser Sintering), FDM (Fused Deposition Modeling).
- Applications:Concept models, functional prototypes, and lightweight automotive parts.
4. Vacuum Casting
For low-volume production and prototyping, we offer vacuum casting, which enables the creation of high-quality plastic and rubber components. This process replicates fine details and offers a wide variety of material choices.
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- Advantages:High accuracy, smooth surface finish, cost-effective alternative to injection molding.
- Applications:Small-batch automotive parts, medical equipment, and industrial components.
5. Gearand Gearbox Development & Manufacturing
We specialize in custom gear design, development, and manufacturing, ensuring durability and optimal performance.
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- Types of Gears We Manufacture:Spur Gears, Helical Gears, Bevel Gears, Worm Gears, Spiral Bevel Gears and Custom Gearboxes.
- Applications:Automotive transmission systems, industrial machinery, robotics, and aerospace.
6. Moldand Die Development & Manufacturing
We design and manufacture precision molds and dies for injection molding, die casting, and metal forming processes.
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- Capabilities:High-tolerance die design, multi-cavity molds, and complex tooling solutions.
- Applications:Automotive components, plastic enclosures, and metal stamping.
Why Choose theCraftiqs for Manufacturing?
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- Precision & Quality:We maintain the highest standards with state-of-the-art technology and rigorous quality checks.
- Innovative Approach: Our team of expert designers and engineers optimizes every process for efficiency and performance.
- Comprehensive Solutions: From prototyping to mass production, we offer end-to-end manufacturing services tailored to your needs.
- Speed & Reliability: We deliver projects on time without compromising on precision.
At theCraftiqs, we don’t just manufacture parts—we create solutions that redefine engineering and innovation. Whether you're developing a prototype, a high-performance component, or an intricate mold, our expertise ensures that your vision transforms into reality with absolute precision.
Ready to bring your designs to life? Contact us today!
Automotive & Product VR / Non-VR Configurator Development
