We offer customized modelling services for a wide range of engineering domains
Designing precision parts and assemblies for vehicles, with attention to performance, safety, and manufacturability.
Supporting robust mechanical designs for load-bearing structures, enclosures, and high-duty systems.
Creating detailed component models optimized for strength, durability, and fabrication.
Delivering geometry suited for high-precision manufacturing and regulatory-compliant documentation.
Designing structural and system components for emergency, defense, and custom-built vehicle platforms.
To deliver professional-grade models that integrate seamlessly with downstream processes, we use
To deliver professional-grade models that integrate seamlessly with downstream processes, we use:
For advanced parametric modelling and detailed assemblies
For intuitive modelling of mechanical systems and design documentation.
For high-end modelling with integrated simulation and manufacturing capabilities
For mid-range projects requiring flexibility and manufacturability.
For complex assemblies in automotive, aerospace, and large-scale manufacturing.
Our team consists of experienced mechanical engineers skilled in creating robust, functional, and manufacturable CAD models tailored to your application and production method.
Our team of seasoned CAE-FEA engineers brings a wealth of knowledge gained from working in diverse industries. We understand the challenges you face and can develop effective FEA solutions tailored to your needs.
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We bring domain-specific insights from industries such as automotive, specialty vehicles, industrial machinery, medical devices, and tooling—allowing us to address unique design challenges.
Every industry has unique requirements—be it oil and gas, automotive, renewable energy, or medical devices. We specialize in adapting our FEA services to meet the specific needs of your industry, ensuring that your product design is both efficient and compliant with regulations.
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We are fluent in leading CAD tools, including SolidWorks, PTC Creo, Siemens NX, CATIA, and Autodesk Inventor—ensuring compatibility with your design ecosystem.
Building and maintaining an in-house FEA team can be costly. By outsourcing your FEA needs to us, you gain access to high-level expertise without the overhead. We offer flexible pricing models, including fixed-price or hourly rates, so you can manage your budget effectively.
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Our process ensures that every model is checked for dimensional correctness, modelling integrity, and compliance with production standards—reducing design errors and delays.
With our FEA services, you can identify and address design issues early in the development phase. This not only accelerates product development but also minimizes costly revisions later in the process.
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We work closely with your team to understand your goals, integrate feedback, and deliver models that reflect your engineering intent and business needs.
Our specialists excel at predicting product behavior under various loads and conditions, helping you refine designs for maximum strength, durability, and performance. This enables you to bring innovative, reliable products to market with confidence.
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At MN Engineering Solutions, 3D CAD modelling is not just about drawing parts—it’s about enabling innovation, reducing development time, and enhancing your product’s real-world performance. Whether you're starting from scratch, updating legacy data, or preparing for simulation and production, we provide the modelling expertise you need to move forward with clarity and confidence.
3D CAD modelling provides significant advantages across the product development cycle:
Parametric and feature-based 3D models allow engineers to define geometry with exact dimensions, tolerances, and relationships—ensuring product functionality and manufacturability.
FEA allows you to analyze your product’s mechanical and thermal performance inch by inch, enabling a deeper understanding of how it will behave in service.
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With accurate 3D representations, teams can visualize complex parts and assemblies, improving design reviews, stakeholder communication, and early detection of design flaws.
It helps you pinpoint potential failure locations and modes early in the design process, which can prevent costly product recalls or catastrophic failures later.
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Modifications can be made quickly and consistently across the model, enabling rapid response to customer input, technical changes, or performance requirements.
Virtual testing using FEA is faster and more cost-effective than traditional laboratory testing, drastically reducing the need for physical prototypes and expensive materials.
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3D models are the basis for engineering validation through Finite Element Analysis (FEA), Computational Fluid Dynamics (CFD), and motion simulations—supporting data-driven product decisions.
By adjusting designs quickly and simulating various conditions, you can optimize product performance, weight, and durability without incurring the time and expense of physical modifications
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High-fidelity models support CNC machining, additive manufacturing, injection molding, and other production methods, helping bridge the gap between design and production seamlessly.
Our specialists excel at predicting product behavior under various loads and conditions, helping you refine designs for maximum strength, durability, and performance. This enables you to bring innovative, reliable products to market with confidence.
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3D CAD Modelling is the process of creating digital three-dimensional representations of physical objects using computer-aided design (CAD) software. It’s used across industries for design validation, prototyping, and manufacturing.
We deliver models in a wide range of formats including STEP, IGES, STL, SLDPRT, PRT, and other native CAD formats depending on the software and client preference.
Yes, we specialize in converting 2D CAD drawings, hand-drawn sketches, and product references into accurate and fully detailed 3D models.
Our team is proficient in leading CAD platforms such as SolidWorks, Creo, CATIA, Siemens NX, Inventor, and Fusion 360, among others.
All models are created with precise dimensions and tolerances, following client specifications and industry standards to ensure manufacturing readiness.
Absolutely. Our team can develop and manage large assemblies, BOMs, and configurations for complex products and systems.